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6 papers analyzed
These studies suggest that the behavior of materials under stress can be studied and modeled using neural network-based models, Finite Element models, and methodologies that extract rate-dependent behavior from structural testing data, as well as through complex loading studies and microscopic theoretical descriptions.
20 papers analyzed
The study and modeling of material behavior under stress are crucial for understanding and predicting how materials will perform in various applications. This involves examining how materials respond to different types of stress, including mechanical, electrical, and thermal, and developing models to simulate these behaviors accurately.
Hysteretic Behavior Modeling:
Yield Stress Materials:
Pressure Sensitive Plastic Flow:
Rate-Dependent Behavior:
Complex Loading Conditions:
The modeling of material behavior under stress involves various approaches, including phenomenological models, neural network-based models, and finite element analysis. These methods help capture the non-linear, hysteretic, and rate-dependent behaviors of materials under different stress conditions. Understanding these behaviors is essential for predicting material performance in practical applications, especially under complex loading scenarios.
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