Green building material detection method and device

Abstract

The invention discloses a green building material detection method and device, and relates to the technical field of data processing. According to the green building material detection method and device, based on adaptive use record analysis of concrete mortar, target concrete mortar detection parameters are set, and then the target concrete mortar detection process is monitored; acquiring target concrete mortar detection record data on the basis of monitoring the target concrete mortar detection process; comprehensively evaluating the detection record data of the target concrete mortar and the material quality demand of the concrete mortar, and evaluating the quality of the target concrete mortar; and generating a target concrete mortar detection report based on the quality evaluation result of the target concrete. The problems that a traditional concrete mortar material detection method is time-consuming and labor-consuming, and the detection result has subjective limitation are solved, the quality of concrete mortar is objectively quantified, and the re-construction risk caused by substandard quality is reduced.

Description

Technical Field

[0001] This invention relates to the field of data processing technology, specifically to a method and apparatus for testing green building materials. Background Technology

[0002] Concrete mortar plays a crucial role in construction projects, and its quality directly affects the structural safety, service life, and overall quality of the project. Therefore, ensuring that the quality of concrete mortar materials meets the standard requirements has become one of the important tasks in the construction process.

[0003] Traditional methods for testing concrete mortar materials often rely on manual sampling and laboratory testing, which are time-consuming, labor-intensive, and complex, making it difficult to achieve real-time monitoring and rapid feedback. Therefore, researchers have begun exploring concrete mortar material testing methods and devices based on modern technology to improve testing efficiency, reduce costs, and achieve real-time monitoring and data recording. By combining sensor technology and data processing techniques, it is hoped that accurate quality testing of concrete mortar can be achieved, providing a more reliable and efficient quality control solution for concrete mortar materials in construction projects.

[0004] For example, Chinese invention patent CN104573375B discloses a method and apparatus for calculating carbon sequestration in cement materials. This method acquires utilization data and carbonation factor data of cement materials to establish a cement material database. Cement materials are categorized according to their application type, resulting in concrete cement, mortar cement, and cement kiln ash. Using the cement material database, the carbon sequestration amount over the lifecycle of concrete cement, mortar cement, and cement kiln ash is calculated, including the production stage, usage stage, demolition stage, and recycling and reuse stage. The carbon sequestration amounts of concrete cement, mortar cement, and cement kiln ash are then summarized to obtain the total carbon sequestration amount of the cement material. This method can comprehensively and accurately calculate the carbon sequestration amount of different cement materials at different stages, which is of great significance for global carbon sequestration research and provides a basis for my country's climate change negotiations.

[0005] By referring to the above-mentioned calculation method and device for carbon fixation in cement materials, and combining data analysis, it is expected that the test results of concrete mortar can be comprehensively and accurately quantified, and the quality of concrete mortar can be accurately evaluated.

[0006] Therefore, there is an urgent need for a method and device for testing green building materials. Summary of the Invention

[0007] To address the shortcomings of existing technologies, this invention provides a method and apparatus for testing green building materials, which solves the problems of time-consuming and labor-intensive traditional methods for testing concrete mortar materials, and the subjective limitations of the test results.

[0008] To achieve the above objectives, the present invention provides the following technical solution: a method for testing green building materials, comprising the following steps: based on the analysis of the adaptability use records of concrete mortar, setting target concrete mortar testing parameters, and then monitoring the target concrete mortar testing process; acquiring target concrete mortar testing record data based on the monitoring of the target concrete mortar testing process; comprehensively evaluating the target concrete mortar testing record data and the material quality requirements of the concrete mortar to assess the quality of the target concrete mortar; and generating a target concrete mortar testing report based on the quality assessment results of the target concrete mortar.

[0009] Furthermore, the specific analysis process for setting the target concrete mortar testing parameters is as follows: Establish a concrete mortar database; obtain the specific application type of the target concrete mortar; based on the specific application type of the target concrete mortar, obtain the adaptive application records of concrete mortar of the same application type from the concrete mortar database. The adaptive application records include the construction environment records, material mix ratio records, performance test records, and quality anomaly records of that type of concrete mortar; integrate the construction environment records and performance test records of that type of concrete mortar; filter the construction environment records and performance test records related to material testing; analyze the filtered construction environment records and performance test records to identify factors related to material testing; and then set the target concrete mortar testing parameters based on the identified factors related to material testing.

[0010] Furthermore, the target concrete mortar testing parameters specifically include: testing environment parameters, performance testing parameters, and raw material testing parameters. The testing environment parameters specifically refer to the testing environment required for performance testing and raw material testing of the target concrete mortar, including temperature, humidity, and wind speed. The performance testing parameters specifically refer to the performance testing conditions required for performance testing of the target concrete mortar, including the pressure applied for compressive strength testing, the amount of water applied for water absorption testing, and the accuracy of the performance testing instruments. The raw material testing parameters specifically refer to the raw material testing conditions required for raw material testing of the target concrete slurry, including the accuracy of the raw material testing instruments.

[0011] Furthermore, the specific analysis process for establishing the concrete mortar database is as follows: First, determine the scope of concrete mortar-related data to be covered by the database and its application objectives. Specifically, the scope of concrete mortar-related data includes raw materials, mix proportions, performance test data, and engineering cases. The application objectives specifically include concrete mortar material testing requirements, concrete mortar material quality requirements, and concrete mortar construction management requirements. Second, acquire relevant data for various types of concrete mortar, including adaptive use record data, engineering construction data, and literature. Specifically, various types of concrete mortar include masonry mortar, plastering mortar, and bonding mortar. Third, organize, clean, and standardize the relevant data for each type of concrete mortar. Finally, import the relevant data for each type of concrete mortar into the database defined by the system and structure to generate the concrete mortar database.

[0012] Furthermore, in the specific evaluation process of assessing the quality of the target concrete mortar: Based on real-time monitoring of the target concrete mortar testing process, target concrete mortar testing record data is obtained, and then the target concrete mortar testing record data is comprehensively analyzed to obtain the target concrete mortar testing evaluation value, which is used to quantify the quality of the target concrete mortar; based on the material quality requirements of the specific types of concrete mortar used in the concrete mortar database, a comprehensive analysis is performed to obtain the concrete mortar testing threshold for the specific types of concrete mortar used in the target concrete mortar; by comparing and analyzing the target concrete mortar testing evaluation value with the concrete mortar testing threshold for the specific types of concrete mortar used in the target concrete mortar, the quality assessment result of the target concrete mortar is obtained.

[0013] Furthermore, the specific analytical process for obtaining the target concrete mortar test evaluation value is as follows: Obtain the target concrete mortar test record data, which specifically includes: raw material test data and performance test data of the target concrete mortar; Integrate and analyze the raw material test data of the target concrete mortar to obtain the raw material test compliance value; Integrate and analyze the performance test data of the target concrete mortar to obtain the performance test compliance value; Perform a weighted analysis on the raw material test compliance value and the performance test compliance value of the target concrete mortar to obtain the target concrete mortar test evaluation value.

[0014] Furthermore, the quality assessment result of the target concrete mortar is obtained as follows: when the test assessment value of the target concrete mortar is greater than or equal to the test threshold of the specific type of concrete mortar used for the target concrete mortar, the quality assessment result of the target concrete mortar is marked as qualified, and the quality meets the construction requirements of the specific type of concrete mortar used for the target concrete mortar; when the test assessment value of the target concrete mortar is less than the test threshold of the specific type of concrete mortar used for the target concrete mortar, the quality assessment result of the target concrete mortar is marked as unqualified, and the quality does not meet the construction requirements of the specific type of concrete mortar used for the target concrete mortar.

[0015] Furthermore, the raw material testing data for the target concrete mortar specifically includes: moisture content ratio, aggregate content ratio, and admixture addition ratio. The specific method for obtaining the raw material testing compliance value of the target concrete mortar is as follows: obtain the moisture content ratio, aggregate content ratio, and admixture addition ratio of each sample of the target concrete mortar; perform data cleaning on the moisture content ratio, aggregate content ratio, and admixture addition ratio of each sample of the target concrete mortar; and then perform weighted integration on the moisture content ratio, aggregate content ratio, and admixture addition ratio of each sample of the target concrete mortar to obtain the raw material testing compliance value of the target concrete mortar. This raw material testing compliance value of the target concrete mortar is used to numerically represent the raw material content of the target concrete mortar. The degree of conformity of the raw material ratio of the mortar; the specific performance test data of the target concrete mortar includes: ultimate bearing capacity, ultimate water absorption capacity, and density; the specific method for obtaining the performance test conformity value of the target concrete mortar is as follows: obtain the ultimate bearing capacity, ultimate water absorption capacity, and density of each sample of the target concrete mortar, and perform data cleaning on the ultimate bearing capacity, ultimate water absorption capacity, and density of each sample of the target concrete mortar, and then perform weighted integration on the ultimate bearing capacity, ultimate water absorption capacity, and density of each sample of the target concrete mortar to obtain the performance test conformity value of the target concrete mortar, which is used to numerically represent the degree of conformity of the performance of the target concrete mortar.

[0016] Furthermore, the target concrete mortar test report specifically includes: the specific type of target concrete mortar used, the raw material test data of the target concrete mortar, the performance test data of the target concrete mortar, the test evaluation value of the target concrete mortar, and the quality evaluation result of the target concrete.

[0017] A concrete mortar testing device, employing the aforementioned green building material testing method, includes: a processor for processing and executing computer program instructions stored in a memory during runtime; a testing parameter setting module for setting target concrete mortar testing parameters based on the analysis of concrete mortar's adaptability usage records, thereby monitoring the target concrete mortar testing process; a data acquisition module for acquiring target concrete mortar testing record data based on the monitored target concrete mortar testing process; a quality assessment module for comprehensively assessing the target concrete mortar testing record data and the material quality requirements of the concrete mortar, thereby assessing the quality of the target concrete mortar; and a report generation module for generating a target concrete mortar testing report based on the target concrete quality assessment results.

[0018] The present invention has the following beneficial effects: (1) The green building material testing method and device can detect potential problems and non-compliance in a timely manner by monitoring and evaluating the material quality of concrete mortar, so as to take measures to adjust and improve, and ensure that the final concrete mortar quality meets the standard requirements; based on the real-time monitoring and recording data, data analysis and trend prediction can be carried out to provide a scientific basis for relevant decisions, reduce the bias of subjective judgment, and improve the accuracy and efficiency of decision-making; the fine management of concrete mortar quality can avoid resource waste and production stagnation caused by quality problems, realize the optimal use of resources, and improve production efficiency and economic benefits; the establishment of material testing process and evaluation system helps to standardize production operations, ensure that each batch of concrete mortar meets the quality standards, and improve the overall production level and product reliability.

[0019] (2) The green building material testing method and device adopts data processing technology. For the problem that concrete mortar may lead to further construction risks due to quality problems, the method considers the comprehensive evaluation of the concrete mortar material through data. The quality assessment of concrete mortar is obtained based on the concrete mortar test. For the concrete material test, the material ratio of raw materials and the material performance of concrete mortar are comprehensively considered. The material test assessment value obtained by analyzing the test data of the two can effectively quantify the quality of concrete mortar, can promptly detect potential quality problems, reduce the cost of reconstruction, repair and compensation due to substandard quality, and reduce the risk of the project.

[0020] Of course, any product implementing this invention does not necessarily need to achieve all of the advantages described above at the same time. Attached Figure Description

[0021] Figure 1 This is a flowchart of a green building material testing method according to the present invention.

[0022] Figure 2 This is a structural diagram of a concrete mortar testing device according to the present invention.

[0023] Figure 3 This is a graph showing the effect of the raw material test compliance value of the target concrete mortar on the material test evaluation value in the calculation formula of the target concrete mortar test evaluation value of this invention. Detailed Implementation

[0024] This application provides a green building material testing method and device, which solves the problems of traditional concrete mortar material testing methods being time-consuming and labor-intensive, and having subjective limitations in the test results.

[0025] The problem addressed in this application's embodiments can be summarized as follows: First, by analyzing the adaptability and usage records of concrete mortar, we can understand its performance and potential problems in actual use. Based on this, we set target concrete mortar testing parameters, determine the key indicators and testing methods to be monitored, and establish a monitoring system according to the set testing parameters to monitor the target concrete mortar testing process in real time. We acquire target concrete mortar testing record data through the monitoring system, and comprehensively evaluate the acquired material testing record data with the material quality requirements of concrete mortar to determine whether the target concrete mortar meets the quality requirements, identify potential problems and areas for improvement, and achieve effective monitoring and management of concrete mortar quality.

[0026] Please see Figure 1 This invention provides a technical solution: a method for testing green building materials, comprising the following steps: based on the analysis of the adaptability use records of concrete mortar, setting target concrete mortar testing parameters, and then monitoring the target concrete mortar testing process; based on the monitoring of the target concrete mortar testing process, obtaining target concrete mortar testing record data, and then comprehensively evaluating the target concrete mortar testing record data and the material quality requirements of the concrete mortar to assess the quality of the target concrete mortar; and generating a target concrete mortar testing report based on the quality assessment results of the target concrete mortar.

[0027] Specifically, the analysis process for setting target concrete mortar testing parameters is as follows: Establish a concrete mortar database; obtain the specific application types of the target concrete mortar; based on the specific application types of the target concrete mortar, obtain the adaptive application records of concrete mortar of the same application type from the concrete mortar database. These adaptive application records specifically include construction environment records, material mix proportion records, performance test records, and quality anomaly records for that type of concrete mortar; integrate the construction environment records and performance test records for that type of concrete mortar; filter the construction environment records and performance test records related to material testing; analyze the filtered construction environment records and performance test records to identify factors related to material testing; and then set the target concrete mortar testing parameters based on the identified factors related to material testing.

[0028] This implementation plan involves collecting and organizing relevant data on concrete mortar, including types, mix proportions, and performance testing data, to establish a complete concrete mortar database. It also involves determining the specific application type of the target concrete mortar to be monitored, selecting suitable application records of concrete mortar of the same application type as the target concrete mortar from the database, integrating the selected construction environment records with performance testing records for subsequent analysis, and setting testing parameters for the target concrete mortar based on identified material testing-related factors. This ensures comprehensive and accurate monitoring of the target concrete mortar's quality, guarantees that the target concrete mortar meets requirements, and promptly identifies and resolves any potential quality problems.

[0029] Specifically, the target concrete mortar testing parameters include: testing environment parameters, performance testing parameters, and raw material testing parameters. The testing environment parameters are the testing environments required for the performance testing and raw material testing of the target concrete mortar, including temperature, humidity, and wind speed. The performance testing parameters are the performance testing conditions required for the performance testing of the target concrete mortar, including the pressure applied for compressive strength testing, the amount of water applied for water absorption testing, and the accuracy of the performance testing instruments. The raw material testing parameters are the raw material testing conditions required for the raw material testing of the target concrete slurry, including the accuracy of the raw material testing instruments.

[0030] In this implementation plan, based on the performance characteristics of concrete mortar and the production environment, a suitable temperature range is set between 20°C and 30°C; suitable humidity helps concrete hardening and strength development, with the humidity range set between 50% and 70%; excessive wind speed affects the flatness of the concrete surface and moisture loss, with the wind speed set below 0.5 m / s; according to relevant standards, appropriate pressure is applied for compressive strength testing, and the depth and time of immersion of the specimen in water are specified according to standards to ensure the accuracy of the test.

[0031] Instruments for testing the performance of concrete mortar include, but are not limited to, instruments for testing compressive strength, flexural strength, permeability, shrinkage, thermal properties, density, and bond strength. Specifically, instruments for testing compressive strength, such as universal testing machines and compression testing machines, are used to measure the compressive strength of concrete mortar; instruments for testing flexural strength, such as bending testing machines, are used to measure the flexural strength of concrete mortar; instruments for testing tensile strength, such as tensile testing machines, are used to measure the tensile strength of concrete mortar; instruments for testing permeability, such as permeability testers and permeability coefficient testers, are used to measure the permeability of concrete mortar; instruments for testing shrinkage, such as shrinkage meters and drying shrinkage testers, are used to measure the shrinkage of concrete mortar; instruments for testing thermal properties, such as thermal conductivity meters and thermal conductivity meters, are used to measure the density of concrete mortar; and instruments for testing bond strength, such as pull-out testing machines and bond strength testers, are used to measure the bond strength of concrete mortar.

[0032] The instruments for testing raw materials of concrete mortar include, but are not limited to, electronic balances, moisture meters, centrifuges, and raw material testing test benches. Among them, electronic balances are used to measure the weight of raw materials; moisture meters are used to measure the moisture content in concrete raw materials; centrifuges are used to separate impurities in concrete; and raw material testing test benches are used to test the physical and chemical properties of various raw materials.

[0033] Specifically, the analytical process for establishing a concrete mortar database is as follows: First, determine the scope of concrete mortar-related data to be covered by the database and its application objectives. The scope of concrete mortar-related data includes raw materials, mix proportions, performance test data, and engineering cases. The application objectives include concrete mortar material testing needs, concrete mortar material quality needs, and concrete mortar construction management needs. Second, acquire relevant data for various types of concrete mortar, including adaptive use record data, engineering construction data, and literature. Specific types of concrete mortar include masonry mortar, plastering mortar, and bonding mortar. Third, organize, clean, and standardize the relevant data for each type of concrete mortar. Finally, import the relevant data for each type of concrete mortar into the database defined by the system and structure to generate the concrete mortar database.

[0034] In this implementation plan, the database structure and relationships, including the fields and indexes of the data tables, centrally store concrete mortar-related data in the database, facilitating information sharing and communication among various stakeholders. By analyzing the data in the database, a scientific basis can be provided for the selection of concrete mortar materials, mix design, and construction management, supporting decision-making and optimization. Monitoring and analyzing the performance test data and engineering construction data in the database can promptly identify quality problems and construction anomalies in concrete mortar materials, allowing for targeted adjustments and improvements, thereby enhancing product quality and project efficiency.

[0035] Specifically, the evaluation process for assessing the quality of the target concrete mortar involves: acquiring target concrete mortar testing record data based on real-time monitoring of the target concrete mortar testing process; then comprehensively analyzing the target concrete mortar testing record data to obtain the target concrete mortar testing evaluation value, which is used to quantify the quality of the target concrete mortar; comprehensively analyzing the material quality requirements of the specific types of concrete mortar used for the target concrete mortar stored in the concrete mortar database to obtain the concrete mortar testing threshold for the specific types of concrete mortar used for the target concrete mortar; and finally, comparing and analyzing the target concrete mortar testing evaluation value with the concrete mortar testing threshold for the specific types of concrete mortar used for the target concrete mortar to obtain the quality assessment result of the target concrete mortar.

[0036] Specifically, the quality assessment result of the target concrete mortar is obtained as follows: when the test assessment value of the target concrete mortar is greater than or equal to the test threshold of the specific type of concrete mortar used, the quality assessment result of the target concrete mortar is marked as qualified, and the quality meets the construction requirements of the specific type of concrete mortar used; when the test assessment value of the target concrete mortar is less than the test threshold of the specific type of concrete mortar used, the quality assessment result of the target concrete mortar is marked as unqualified, and the quality does not meet the construction requirements of the specific type of concrete mortar used.

[0037] In this implementation plan, the specific method for obtaining the material testing thresholds for the target concrete mortar type is as follows: It is necessary to determine the specific type of the target concrete mortar. Based on this type, relevant national or industry standards, specifications, and engineering design requirements are consulted. Through a concrete mortar database, material quality requirement data for the target concrete mortar type is obtained, including standard thresholds and allowable deviation ranges for various quality indicators. Based on the referenced standards, specifications, and database data, and combined with actual engineering needs, material testing thresholds for the target concrete mortar type are formulated to ensure that the concrete mortar quality meets the requirements. Furthermore, through analysis and comparison of actual test data, the thresholds are gradually improved and adjusted to ensure their accuracy and applicability.

[0038] The concrete mortar testing process is monitored in real time using appropriate monitoring equipment and sensors to ensure the accuracy and reliability of the test data. The acquired material testing records are comprehensively analyzed, including the evaluation of various quality indicators and comparative analysis of relevant parameters, to obtain the target concrete mortar test evaluation value. Material quality requirement data for the specific type of concrete mortar used in the target concrete mortar is obtained from a concrete mortar database, including standard thresholds for quality indicators. The target concrete mortar test evaluation value is compared with the material testing thresholds for the specific type of concrete mortar stored in the database to determine whether the concrete mortar quality meets the requirements. Based on the results of the comparative analysis, the target concrete mortar test results are marked to confirm whether they are qualified, and thus determine whether they meet the construction requirements for the specific type of concrete mortar used. Real-time monitoring of the target concrete mortar testing process allows for timely detection and resolution of problems, ensuring stable concrete mortar quality. Automated monitoring and recording improve data accuracy and reliability, reduce human error, and enable timely detection of quality problems, ensuring that construction quality meets requirements and improving the reliability and safety of the project.

[0039] Specifically, the analytical process for obtaining the target concrete mortar test evaluation value is as follows: Obtain the target concrete mortar test record data, which specifically includes: raw material test data and performance test data of the target concrete mortar; integrate and analyze the raw material test data to obtain the raw material test compliance value of the target concrete mortar; integrate and analyze the performance test data of the target concrete mortar to obtain the performance test compliance value of the target concrete mortar; perform a weighted analysis on the raw material test compliance value and the performance test compliance value of the target concrete mortar to obtain the target concrete mortar test evaluation value. Besides obtaining the target concrete mortar quality through computer simulation software testing and analyzing its quality status, the target concrete mortar test evaluation value can also be obtained through calculation. The specific calculation formula is as follows: In the formula This represents the target concrete mortar test evaluation value. This indicates the compliance value of the raw material test results for the target concrete mortar. This indicates the performance test results of the target concrete mortar meet the required standards. This indicates the weighting factor for the compliance value of raw material testing. The weighting factors representing the performance test compliance values ​​are described in the following document. Figure 3 The X-axis represents the raw material test compliance value of the target concrete mortar, and the Y-axis represents the target concrete mortar test evaluation value. A higher raw material test compliance value corresponds to a higher target concrete mortar test evaluation value. The performance test compliance value is set to 0.7, the raw material test compliance value to 0.4, and the performance test compliance value to 0.6. Similarly, a higher performance test compliance value corresponds to a higher target concrete mortar test evaluation value. Example values ​​for each parameter are as follows:

[0040] In this implementation plan, raw material testing data and performance testing data of the target concrete mortar are collected to ensure the accuracy and completeness of the data. The raw material testing data are integrated and analyzed to calculate the test compliance value of each raw material, reflecting whether the material quality and performance of the concrete mortar meet the design requirements. This is a comprehensive evaluation of the quality of the concrete mortar and can fully assess its quality and performance. The weighting factors corresponding to the raw material test compliance values ​​and performance test compliance values ​​of the target concrete mortar are determined by relevant professionals based on engineering design requirements, material importance, historical data analysis, and other factors. These factors are obtained through expert discussion, historical data analysis, and experimental verification.

[0041] Specifically, the raw material testing data for the target concrete mortar includes: moisture content ratio, aggregate content ratio, and admixture addition ratio. The specific method for obtaining the raw material testing compliance value of the target concrete mortar is as follows: obtain the moisture content ratio, aggregate content ratio, and admixture addition ratio of each sample of the target concrete mortar; perform data cleaning on the moisture content ratio, aggregate content ratio, and admixture addition ratio of each sample of the target concrete mortar; and then perform weighted integration on the moisture content ratio, aggregate content ratio, and admixture addition ratio of each sample of the target concrete mortar to obtain the raw material testing compliance value of the target concrete mortar. The raw material testing compliance value of the target concrete mortar is used to numerically represent the degree of compliance of the raw material proportions of the target concrete mortar. Besides obtaining the raw material proportions of the target concrete mortar through computer simulation software testing and analyzing its proportions, the raw material testing compliance value of the target concrete mortar can also be obtained through calculation. The specific calculation formula is as follows: In the formula This indicates the compliance value of the raw material test results for the target concrete mortar. This indicates the number of each sample of the target concrete mortar. , This indicates the total number of target concrete mortar sampling specimens. Indicates the first The water content of each sample. Indicates the first The aggregate content ratio of each sampled specimen Indicates the first The ratio of additives added to each sample specimen A reference value indicating the moisture content ratio. A reference value indicating the ratio of aggregate usage. A reference value indicating the proportion of additives added. The weighting factor representing the water content ratio. The weighting factor represents the ratio of aggregate usage. The weighting factor represents the proportion of additives added.

[0042] The performance test data of the target concrete mortar includes: ultimate bearing capacity, ultimate water absorption capacity, and density. The specific method for obtaining the performance test compliance value of the target concrete mortar is as follows: obtain the ultimate bearing capacity, ultimate water absorption capacity, and density of each sample of the target concrete mortar; perform data cleaning on the ultimate bearing capacity, ultimate water absorption capacity, and density of each sample of the target concrete mortar; and then perform weighted integration on the ultimate bearing capacity, ultimate water absorption capacity, and density of each sample of the target concrete mortar to obtain the performance test compliance value of the target concrete mortar. The performance test compliance value of the target concrete mortar is used to numerically represent the degree of performance compliance of the target concrete mortar. Besides obtaining the performance compliance value through computer simulation software to test and analyze the performance of the target concrete mortar, the performance test compliance value can also be obtained through calculation. The specific calculation formula is as follows: In the formula This indicates the performance test results of the target concrete mortar meet the required standards. Indicates the first The pressure bearing limit value of each sampled specimen. Indicates the first The water absorption limit of each sample. Indicates the first Density of each sampled specimen This represents a reference value indicating the ultimate pressure bearing capacity. This represents a reference value indicating the water absorption limit. A reference value representing density. The weighting factor represents the ultimate pressure bearing capacity. The weighting factor represents the water absorption limit value. The weighting factor represents the density.

[0043] In this implementation plan, by considering the moisture content ratio, aggregate ratio, and admixture ratio, the raw material proportions of concrete mortar can be comprehensively evaluated, ensuring the compliance of various indicators. Through data cleaning and weighted integration, the evaluation results are made more accurate and reliable. The compliance values ​​of raw material tests are numerically represented, making the evaluation results more intuitive and comparable. The moisture content ratio represents the water content in the concrete mortar, the aggregate ratio represents the ratio of aggregate to cement in the concrete mortar, and the admixture ratio represents the ratio of admixture to cement in the concrete mortar. The moisture content ratio is determined by weighing concrete mortar samples. The samples were dried at a constant temperature and then weighed again to obtain the weight; the aggregate content ratio was obtained by weighing the aggregate and cement in the concrete mortar; the admixture addition ratio was obtained by weighing the admixture and cement in the concrete mortar; the weighting factors corresponding to the moisture content ratio, aggregate content ratio, and admixture addition ratio were determined through expert discussion, historical data analysis, and experimental verification; the reference values ​​corresponding to the moisture content ratio, aggregate content ratio, and admixture addition ratio were obtained by referring to national or regional concrete mortar standards or specifications, or determined according to engineering design requirements and actual conditions.

[0044] The ultimate bearing capacity (UVC) represents the maximum pressure that concrete mortar can withstand, and is an important indicator for evaluating its structural strength and durability. The ultimate limit of water absorption (UPB) represents the amount of water absorbed by concrete mortar within a certain time period, and is an indicator for evaluating its impermeability and durability. Density represents the mass per unit volume of concrete mortar, and is an indicator for evaluating its compactness and structural uniformity. The UVC is calculated by loading a concrete mortar sample with pressure testing equipment, recording its bearing capacity, and taking the ultimate value. The UPB is calculated by immersing the concrete mortar sample in water for a certain period and then measuring its weight change. Density is calculated by measuring the mass and volume of the concrete mortar sample. The weighting factors corresponding to the UVC, UPB, and density are evaluated by experts or engineers in the field of concrete research, based on their experience and professional knowledge. The importance of these performance indicators is weighed, and then the corresponding weighting factors are determined. Alternatively, experimental data or practical application data from historical concrete mortar projects can be analyzed to understand the degree of influence of different performance indicators on the final project quality. Based on this, the weighting factors can be determined. A series of concrete mortar performance experiments can also be conducted, and the importance and relative weight of each performance indicator can be determined through statistical analysis of the experimental results. The reference values ​​for bearing capacity limit, water absorption limit, and density can be obtained by referring to the requirements for these performance indicators in national or regional concrete mortar standards or specifications, using the standard values ​​as reference values, or by determining the corresponding reference values ​​according to the specific concrete mortar project design requirements. Applicable reference values ​​can also be determined by combining the actual project situation and needs, taking into account the site environment, usage conditions, and structural requirements.

[0045] Specifically, the target concrete mortar test report includes: the specific type of target concrete mortar used, the raw material test data of the target concrete mortar, the performance test data of the target concrete mortar, the test evaluation value of the target concrete mortar, and the quality evaluation result of the target concrete.

[0046] This implementation plan first clarifies the specific type of concrete mortar used, such as ordinary concrete, high-strength concrete, or special concrete. It then tests all raw materials used in the concrete mortar, including cement, sand, aggregates, and admixtures. The testing includes the chemical composition, particle size distribution, and strength of the raw materials. The performance of the concrete mortar is also tested, including but not limited to compressive strength, flexural strength, impermeability, water absorption, and shrinkage. Based on the raw material testing data and performance testing data, the various properties of the concrete mortar are evaluated, and an assessment value is obtained. By comprehensively considering the raw material testing data, performance testing data, and material testing assessment values ​​of the target concrete mortar, the quality of the concrete is evaluated to determine whether it meets design requirements and actual usage needs. A comprehensive evaluation of the quality and performance of the concrete mortar ensures that it meets design requirements and actual usage needs, promptly identifies quality problems with raw materials or concrete mortar, and facilitates the implementation of corresponding improvement and correction measures. This improves project quality, reduces problems and risks associated with concrete mortar during construction and use, and ensures the safety and reliability of the project.

[0047] See Figure 2 A concrete mortar testing device, employing the aforementioned green building material testing method, includes: a processor for processing and executing computer program instructions stored in a memory during runtime; a testing parameter setting module for setting target concrete mortar testing parameters based on the analysis of concrete mortar's adaptability usage records, thereby monitoring the target concrete mortar testing process; a data acquisition module for acquiring target concrete mortar testing record data based on the monitored target concrete mortar testing process; a quality assessment module for comprehensively assessing the target concrete mortar testing record data and the material quality requirements of the concrete mortar, thereby assessing the quality of the target concrete mortar; and a report generation module for generating a target concrete mortar testing report based on the target concrete quality assessment results.

[0048] In summary, this application has at least the following effects: By monitoring the concrete mortar testing process, potential quality problems can be identified in a timely manner, and corresponding measures can be taken to improve them, thereby enhancing the quality of the concrete mortar. A comprehensive evaluation of the material testing record data can provide project managers with objective and accurate data support, helping them make reasonable decisions and ensuring that the quality of the concrete mortar meets the expected requirements. Timely detection and resolution of concrete mortar quality problems can reduce the costs of reconstruction, repair, and compensation caused by substandard quality, while also reducing project risks.

[0049] Those skilled in the art will understand that embodiments of the present invention can be provided as methods or apparatus. Therefore, the present invention can take the form of a completely hardware embodiment, a completely software embodiment, or an embodiment combining software and hardware aspects. Furthermore, the present invention can take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, etc.) containing computer-usable program code.

[0050] This invention is described with reference to structural diagrams and flowcharts of apparatuses and methods according to embodiments of the invention. It should be understood that the combination of each module and process in the structural diagrams and flowcharts can be implemented by computer program instructions. These computer program instructions can be provided to a processor of a general-purpose computer, special-purpose computer, embedded processor, or other programmable data processing device to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing device, generate instructions for implementing the process. Figure 1 One or more processes and structures Figure 1 A device for a function specified in one or more modules.

[0051] These computer program instructions may also be stored in a computer-readable storage medium that can direct a computer or other programmable data processing device to function in a particular manner, such that the instructions stored in the computer-readable storage medium produce an article of manufacture including instruction means, which are implemented in a process Figure 1 One or more processes and structures Figure 1 The function specified in one or more modules.

[0052] These computer program instructions may also be loaded onto a computer or other programmable data processing equipment to cause a series of operational steps to be performed on the computer or other programmable equipment to produce a computer-implemented process, thereby providing instructions that execute on the computer or other programmable equipment for implementing the process. Figure 1 One or more processes and structures Figure 1 The steps of a specified function in one or more modules.

[0053] Although preferred embodiments of the invention have been described, those skilled in the art, upon learning the basic inventive concept, can make other changes and modifications to these embodiments. Therefore, the appended claims are intended to be interpreted as including both the preferred embodiments and all changes and modifications falling within the scope of the invention.

[0054] Obviously, those skilled in the art can make various modifications and variations to this invention without departing from its spirit and scope. Therefore, if these modifications and variations fall within the scope of the claims of this invention and their equivalents, this invention also intends to include these modifications and variations.

Claims

1. A method for testing green building materials, characterized in that, Includes the following steps: Based on the analysis of the adaptive use records of concrete mortar, target concrete mortar testing parameters are set, and then the testing process of target concrete mortar is monitored. Data on the detection records of target concrete mortar are obtained based on the detection process of the target concrete mortar. A comprehensive evaluation is conducted on the target concrete mortar test record data and the material quality requirements of the concrete mortar to assess the quality of the target concrete mortar. A target concrete mortar test report is generated based on the quality assessment results of the target concrete.

2. The method for testing green building materials according to claim 1, characterized in that, The specific analysis process for setting the target concrete mortar testing parameters is as follows: Establish a concrete mortar database; Obtain the specific type of concrete mortar to be used. Based on the specific type of concrete mortar to be used, obtain the adaptive use records of concrete mortar of the same type in the concrete mortar database. The adaptive use records include the construction environment record, material mix ratio record, performance test record, and quality anomaly record of the concrete mortar of that type. The construction environment records and performance test records of this type of concrete mortar are integrated, and construction environment records and performance test records related to material testing are screened. The screened construction environment records and performance test records are analyzed to identify factors related to material testing. Then, target concrete mortar test parameters are set based on the identified factors related to material testing.

3. The method for testing green building materials according to claim 2, characterized in that, The specific testing parameters for the target concrete mortar include: testing environment parameters, performance testing parameters, and raw material testing parameters; The specific environmental parameters for testing refer to the testing environment that needs to be set when testing the performance of the target concrete mortar and the raw materials. The testing environment specifically includes temperature, humidity, and wind speed. The specific performance testing parameters are the performance testing conditions that need to be set when testing the performance of the target concrete mortar. The specific performance testing conditions include the pressure applied for compressive strength testing, the amount of water applied for water absorption testing, and the accuracy of the performance testing instrument. The raw material testing parameters are the raw material testing conditions that need to be set when testing the raw materials of the target concrete slurry. The raw material testing conditions specifically include the accuracy of the raw material testing instruments.

4. The method for testing green building materials according to claim 2, characterized in that, The specific analysis process for establishing the concrete mortar database is as follows: Determine the scope of concrete mortar-related data to be covered by the concrete mortar database and the application objectives of the concrete mortar database. The scope of concrete mortar-related data specifically includes raw materials, mix proportions, performance test data, and engineering cases. The application objectives of the concrete mortar database specifically include concrete mortar material testing requirements, concrete mortar material quality requirements, and concrete mortar construction management requirements. Acquire relevant data on various types of concrete mortar, including adaptive use record data, engineering construction data, and literature. The specific types of concrete mortar include masonry mortar, plastering mortar, and bonding mortar. The relevant data of various types of concrete mortar are sorted, cleaned, and standardized. Import relevant data of various types of concrete mortar into the database of the system and structure to generate a concrete mortar database.

5. The method for testing green building materials according to claim 1, characterized in that, The specific evaluation process for assessing the quality of the target concrete mortar includes: Based on real-time monitoring of the target concrete mortar testing process, target concrete mortar testing record data is obtained, and then the target concrete mortar testing record data is comprehensively analyzed to obtain the target concrete mortar testing evaluation value. The target concrete mortar testing evaluation value is used to quantify the quality of the target concrete mortar. Based on the material quality requirements of concrete mortar of specific application types stored in the concrete mortar database, a comprehensive analysis is conducted to obtain the detection threshold of concrete mortar of specific application types. The quality assessment results of the target concrete mortar are obtained by comparing and analyzing the target concrete mortar test evaluation value with the test threshold of the specific type of concrete mortar used.

6. The method for testing green building materials according to claim 5, characterized in that, The specific analytical process for obtaining the target concrete mortar test evaluation value is as follows: Obtain the target concrete mortar test record data, which specifically includes: raw material test data of the target concrete mortar and performance test data of the target concrete mortar; By integrating and analyzing the raw material testing data of the target concrete mortar, the raw material testing compliance values ​​of the target concrete mortar are obtained. By integrating and analyzing the performance test data of the target concrete mortar, the performance test compliance value of the target concrete mortar is obtained. A weighted analysis was performed on the raw material test compliance values ​​and the performance test compliance values ​​of the target concrete mortar to obtain the test evaluation value of the target concrete mortar.

7. The method for testing green building materials according to claim 6, characterized in that, The quality assessment results of the target concrete mortar are as follows: When the test evaluation value of the target concrete mortar is greater than or equal to the test threshold of the concrete mortar of the specific type of concrete mortar used, the quality evaluation result of the target concrete mortar is marked as qualified and the quality meets the construction requirements of the concrete mortar of the specific type of concrete mortar used. When the test evaluation value of the target concrete mortar is less than the test threshold of the specific type of concrete mortar used for the target concrete mortar, the quality evaluation result of the target concrete mortar is marked as unqualified and the quality does not meet the construction requirements of the specific type of concrete mortar used for the target concrete mortar.

8. The method for testing green building materials according to claim 6, characterized in that, The specific raw material testing data for the target concrete mortar include: moisture content, aggregate content ratio, and admixture addition ratio; The specific method for obtaining the raw material test compliance values ​​of the target concrete mortar is as follows: The moisture content ratio, aggregate content ratio, and admixture addition ratio of each sample of the target concrete mortar are obtained. Data cleaning is performed on the moisture content ratio, aggregate content ratio, and admixture addition ratio of each sample of the target concrete mortar. Then, the moisture content ratio, aggregate content ratio, and admixture addition ratio of each sample of the target concrete mortar are weighted and integrated to obtain the raw material test compliance value of the target concrete mortar. The raw material test compliance value of the target concrete mortar is used to numerically represent the degree of compliance of the raw material proportions of the target concrete mortar. The specific performance test data of the target concrete mortar includes: ultimate bearing capacity, ultimate water absorption capacity, and density. The specific method for obtaining the performance test compliance value of the target concrete mortar is as follows: The ultimate bearing capacity, ultimate water absorption capacity, and density of each sample of the target concrete mortar are obtained. The data of the ultimate bearing capacity, ultimate water absorption capacity, and density of each sample of the target concrete mortar are cleaned. Then, the ultimate bearing capacity, ultimate water absorption capacity, and density of each sample of the target concrete mortar are weighted and integrated to obtain the performance test compliance value of the target concrete mortar. The performance test compliance value of the target concrete mortar is used to numerically represent the degree of performance compliance of the target concrete mortar.

9. The method for testing green building materials according to claim 1, characterized in that, The target concrete mortar test report specifically includes: the specific type of target concrete mortar used, the raw material test data of the target concrete mortar, the performance test data of the target concrete mortar, the test evaluation value of the target concrete mortar, and the quality evaluation result of the target concrete.

10. A concrete mortar testing device, employing the green building material testing method according to any one of claims 1-9, characterized in that, include: A processor is used to process and execute computer program instructions stored in memory during runtime. The test parameter setting module is used to set the test parameters of the target concrete mortar based on the analysis of the adaptive use record of concrete mortar, and then monitor the test process of the target concrete mortar. The data acquisition module is used to acquire the target concrete mortar test record data based on the test process of the monitored target concrete mortar. The quality assessment module is used to comprehensively evaluate the target concrete mortar test record data and the material quality requirements of the concrete mortar, and to assess the quality of the target concrete mortar. The report generation module is used to generate a target concrete mortar test report based on the quality assessment results of the target concrete.

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