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Continuum and Material Assumptions

Continuum and Material Assumptions

Filter by branch: Overview Mechanics Solid Mechanics

The core essence of the continuity assumption and its prerequisites for application

The Simplification Value of Continuity Assumption in Solid Mechanics Analysis

Definition of the Uniformity Assumption and Spatial Consistency of Material Properties

The meaning of the isotropic assumption and the anisotropy of material mechanical properties

Initial Understanding and Limitations of Assumptions for Anisotropic Materials

Three Basic Assumptions in the Foundation of Solid Mechanics Theoretical Framework

Concepts of Reference Configuration and Current Configuration

Difference Between Material Derivative and Spatial Derivative

Transformation Between Material Coordinates and Spatial Coordinates

Scope and Limitations of the Continuum Model

Solid Mechanics

Foundations of Elasticity and Plasticity Fundamental and Theoretical Solid Mechanics Biomechanics and Multidisciplinary Applications Constitutive Relations & Elasticity Strength Theories and Yield Criteria Structural Analysis & Design Deformation & Strength Analysis Stress-Strain Analysis and Constitutive Relations Energy Methods and Deformation Work Analysis Numerical Methods and Experimental Mechanics Testing Fundamentals and Scope Fracture Mechanics and Material Damage Mechanics of Composite Materials Plasticity Solid Vibration and Wave Propagation Multiphysics Coupling Column Stability and Structural Buckling Solid Mechanics Introduction and Fundamental Assumptions Fatigue & Creep Structural Health Monitoring Finite Element Method Energy Methods & Virtual Work Equilibrium & Boundary Conditions

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