MATHEMATICAL AND NUMERICAL MODELS OF THE DEFORMATION PROCESS
Abstract
The deformation process of materials under external forces is a fundamental aspect of solid mechanics and engineering. Understanding the behavior of materials during deformation is essential for predicting failure, improving design, and optimizing performance across various industries. This article reviews the mathematical and numerical models used to describe the deformation process, focusing on continuum mechanics, material constitutive laws, finite element analysis (FEA), and other computational methods. The integration of these models in modern engineering tools and their application to real-world problems is also discussed.
Keywords
Deformation process, mathematical models, numerical modelsHow to Cite
References
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