Abstract—

It is shown that a multiparameter system of strength, resource, survivability, and safety assessment applies to measuring parameters such as the static, dynamic, and cyclical strength, cracking resistance, cold resistance, and corrosion resistance. The laws of straining and fracture are used, and the general statement and solutions of basic and applied strength, resource, survivability, and safety problems are considered in building structures of the defining equations and their parameters for design models and actual engineering systems, taking into account standard, emergency, and catastrophic situations as well as the accumulated process and operational failure rate. The fundamental elements of ensuring safe operation of engineering and process facilities loaded in complex modes are the equations of state, fracture criteria, and the criterial base of the science of structural materials. Taken together, these elements form a multiparameter system of strength, resource, survivability, and safety assessment.

中文翻译：

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综合评估复杂条件下装载机械的耐久性，资源，生存能力和安全性

摘要-

结果表明，强度，资源，生存能力和安全性评估的多参数系统适用于测量参数，例如静态，动态和循环强度，抗裂性，耐寒性和耐腐蚀性。使用应变和断裂定律，并在设计模型和实际工程系统的定义方程式及其参数的建筑结构中考虑基本和应用强度，资源，生存性和安全性问题的一般说明和解决方案，并考虑到说明标准，紧急情况和灾难性情况，以及累积的过程和操作失败率。确保以复杂模式加载的工程和过程设施安全运行的基本要素是状态方程，断裂准则，以及结构材料科学的标准基础。这些要素加在一起构成了强度，资源，生存能力和安全评估的多参数系统。