Method and system for processing high-flux electrochemical abrasion data of calculation material

Abstract

The invention discloses a calculation material high-flux electrochemical abrasion data processing method, and the method comprises the following steps: inputting basic parameters of an electrochemical abrasion test, wherein the basic parameters comprises test material basic parameters and test basic parameters; inputting test result related data of the electrochemical abrasion test, wherein the test result related data comprises corrosion test result related data and abrasion test result related data; and processing the basic parameters of the electrochemical abrasion test and the test result related data of the electrochemical abrasion test so as to obtain a calculation result of the electrochemical abrasion test. By utilizing the method, the electrochemical abrasion data of the material can be accurately, efficiently, simply and conveniently mined and analyzed, so the performance of the material in an abrasion environment can be more effectively and quantitatively evaluated, and a reliable data basis is provided for subsequent data fusion.

Description

technical field [0001] The invention relates to a data processing method, in particular to a high-throughput electrochemical abrasion data processing method and system for computing materials, belonging to the field of computer technology. Background technique [0002] The wear and tear of key parts of ships and marine engineering equipment in seawater environment is an important factor restricting the development of my country's marine industry. Corrosivity in seawater environment and wear in corrosive environment will further accelerate the corrosion of materials, which not only reduces the service performance of ships and marine engineering equipment, but also has potential dangers, thus endangering navigation safety. [0003] In order to avoid such problems, researchers have proposed a variety of methods for evaluating the service performance of materials in seawater environments, but these methods often have some defects, such as complex operations, high costs, or long ...

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Problems solved by technology

[0003] In order to avoid such problems, researchers have proposed a variety of methods for evaluating the service performance of materials in seawater environments, but these methods often have some defects, such as complex operations, high costs, or long test cycles, Low efficiency, or poor accuracy, so it is difficult to adapt to the needs of practical applications

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