A Method for Simulation of Artificial Stone Aggregate
An artificial stone and aggregate technology, applied in the field of aggregate simulation, can solve the problems of high cost and long trial production process cycle, and achieve the effect of simple production
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preparation example Construction
[0030] S2, preparation of transparent substrate
[0031] Pour 1-5g of soda into 400-800ml of water and stir to form forming liquid A. Stir 1500-3000ml of Deli 7302 glue, 1000-2500ml of water and 5-10ml of glycerin in the container to form mixed liquid B. -6ml, drop into the mixed solution B for 5-10 times and keep stirring until the viscosity of the mixed solution reaches 5000-8000mPa.s to obtain a transparent matrix;
[0032] S3, Aggregate Distribution Simulation Aggregate
[0033] Mix the aggregate ratio prepared in step S1 into the transparent matrix prepared in step S2, analyze the distribution ratio of each aggregate according to the image-proplus software, and select the appropriate type and particle size of the aggregate according to the sample preparation requirements. Calculate the amount of the material density, stir the aggregates and the transparent matrix to mix evenly, pour into the transparent mold and let it stand until the upper surface of the matrix is fla...
Embodiment 1
[0036] A method for artificial stone aggregate simulation, comprising the following steps:
[0037] S1. Sample aggregate distribution data analysis
[0038] The digital camera takes 5 photos of the samples at the same position under the same level of natural light conditions and artificial light sources. The aggregate samples are as follows: figure 1 As shown, the image analysis software image-pro plus is used to analyze the area of each aggregate in the sample photo, and the distribution ratio of each aggregate in the sample is obtained. The proportion of aggregates analyzed by the software is as follows figure 2 shown;
[0039] S2, preparation of transparent substrate
[0040] Pour 2g of soda into 500ml of water and stir to make forming solution A. Stir 2000ml of Deli 7302 glue, 12000ml of water and 6ml of glycerin in a container to form mixed solution B. Add 3ml of forming solution A dropwise into mixed solution B for 10 times Stir continuously until the viscosity of ...
Embodiment 2
[0049] A method for artificial stone aggregate simulation, comprising the following steps:
[0050] S1. Sample aggregate distribution data analysis
[0051] The digital camera took 5 photos of the sample at the same position under the same level of natural light and artificial light, and used the image analysis software image-pro plus to analyze the area of each aggregate in the photo of the sample to obtain the distribution ratio of each aggregate in the sample;
[0052] S2, preparation of transparent substrate
[0053] Pour 5g of soda into 800ml of water and stir to make forming solution A. Stir 2500ml of Deli 7302 glue, 2500ml of water and 10ml of glycerin in the container to form mixed solution B. Add 6ml of forming solution A dropwise each time, and drop it into mixed solution B in 5 times Stir continuously until the viscosity of the mixed liquid reaches 7600mPa.s to obtain a transparent matrix;
[0054] S3, Aggregate Distribution Simulation Aggregate
[0055] Mix th...
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