Essentials of Mechanical Stress Analysis
portes grátis
Essentials of Mechanical Stress Analysis
Javidinejad, Amir
Taylor & Francis Ltd
03/2023
251
Dura
Inglês
9781032317557
15 a 20 dias
Descrição não disponível.
1. Basics of Engineering Materials, 2. Stress and Strain Relationship, 3. Stresses due to Various Loading Conditions, 4. Failure Criteria, 5. Beam Analysis Theory, 6. Plate Analysis Theory, 7. Elastic Stability and Buckling, 8. Energy Methods, 9. Fatigue Analysis, 10. Numerical and Finite Element Methods, 11. Composite Analysis Theory, 12. Fasteners and Joint Connections, 13. MathCAD (R) Stress Analysis Simulations
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Material Engineering;Stress and Strain Relationship;2-D Stresses;Principal Stresses;Mohr's Circle;Thin-Walled Spherical Pressure Vessels;Thin-Walled Cylindrical Pressure Vessels;Thick-Walled Cylinder;Maximum Shear Stress Criterion;Maximum Distortion Energy Criterion;Maximum Normal Stress Criterion;Mohr's Criterion;Beam Analysis Theory;Curved Beam Theory;Plate Analysis Theory;Fatigue Analysis;Stress-Life S-N Curve;Fatigue Crack Growth;Strain Energy;Castigliano's Theory;Potential Energy;Numerical Method;Finite Element Methods;Stress on Truss Elements;Stress on Beam Members;Finite Element Analysis of Plates;Composite Analysis Theory;Orthotropic Lamina;Orthotropic Layers;Analysis of Laminate;Effective Modulus of the Laminate;Fastener Connection Failure;Welded Connection Failure;Eccentric Loading of Fasteners;Fastener Properties;MathCAD (R) Stress Analysis Simulations;Section Property Calculations;Stress Transformation;Hooke's Law (Stress and Strain Conversations);Contact Stresses;Pressure Vessels;Shear and Moment Diagrams;Finite Elements of Truss System;Composite Laminate Lay-up Analysis;Thin Walled Cylindrical Pressure Vessels;FEA Result;Thick Walled Cylinder;FEA Modeling;Mechanical Stress Analysis;Von Mises Stress Levels;FBD;Stress Concentration Factor;Composite Lamina;Applicable Boundary Conditions;Circular Plates;Stiffness Matrix;Edge Boundary Condition;Truss System;Maximum Plate Deflection;Inclined Angle;Ductile Material;Maximum Contact Pressure;Critical Buckling Stress;Maximum Surface Pressure
1. Basics of Engineering Materials, 2. Stress and Strain Relationship, 3. Stresses due to Various Loading Conditions, 4. Failure Criteria, 5. Beam Analysis Theory, 6. Plate Analysis Theory, 7. Elastic Stability and Buckling, 8. Energy Methods, 9. Fatigue Analysis, 10. Numerical and Finite Element Methods, 11. Composite Analysis Theory, 12. Fasteners and Joint Connections, 13. MathCAD (R) Stress Analysis Simulations
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Material Engineering;Stress and Strain Relationship;2-D Stresses;Principal Stresses;Mohr's Circle;Thin-Walled Spherical Pressure Vessels;Thin-Walled Cylindrical Pressure Vessels;Thick-Walled Cylinder;Maximum Shear Stress Criterion;Maximum Distortion Energy Criterion;Maximum Normal Stress Criterion;Mohr's Criterion;Beam Analysis Theory;Curved Beam Theory;Plate Analysis Theory;Fatigue Analysis;Stress-Life S-N Curve;Fatigue Crack Growth;Strain Energy;Castigliano's Theory;Potential Energy;Numerical Method;Finite Element Methods;Stress on Truss Elements;Stress on Beam Members;Finite Element Analysis of Plates;Composite Analysis Theory;Orthotropic Lamina;Orthotropic Layers;Analysis of Laminate;Effective Modulus of the Laminate;Fastener Connection Failure;Welded Connection Failure;Eccentric Loading of Fasteners;Fastener Properties;MathCAD (R) Stress Analysis Simulations;Section Property Calculations;Stress Transformation;Hooke's Law (Stress and Strain Conversations);Contact Stresses;Pressure Vessels;Shear and Moment Diagrams;Finite Elements of Truss System;Composite Laminate Lay-up Analysis;Thin Walled Cylindrical Pressure Vessels;FEA Result;Thick Walled Cylinder;FEA Modeling;Mechanical Stress Analysis;Von Mises Stress Levels;FBD;Stress Concentration Factor;Composite Lamina;Applicable Boundary Conditions;Circular Plates;Stiffness Matrix;Edge Boundary Condition;Truss System;Maximum Plate Deflection;Inclined Angle;Ductile Material;Maximum Contact Pressure;Critical Buckling Stress;Maximum Surface Pressure
