Generalized point models in structural mechanics 1st Edition by Ivan V Andronov – Ebook PDF Instant Download/Delivery: 9812777903, 9789812777904
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Product details:
ISBN 10: 9812777903
ISBN 13: 9789812777904
Author: Ivan V Andronov
This book presents the idea of zero-range potentials and shows the limitations of the point models used in structural mechanics. It also offers specific examples from the theory of generalized functions, regularization of super-singular integral equations and other specifics of the boundary value problems for partial differential operators of the fourth order.
Generalized point models in structural mechanics 1st Table of contents:
Chapter 1: Introduction to Structural Mechanics and Point Models
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1.1 Overview of Structural Mechanics
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1.2 Motivation for Point Models
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1.3 Historical Development of Generalized Point Models
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1.4 Applications in Engineering
Chapter 2: Fundamentals of Continuum Mechanics and Discretization
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2.1 Basics of Continuum Mechanics
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2.2 Discretization Techniques
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2.3 Transition from Continua to Point Models
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2.4 Mathematical Foundations
Chapter 3: Classical Point Models in Structural Analysis
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3.1 Rigid Body Models
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3.2 Concentrated Mass and Stiffness Models
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3.3 Lumped Parameter Models
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3.4 Limitations of Classical Models
Chapter 4: Generalized Point Models: Theory and Formulation
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4.1 Concept of Generalized Points
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4.2 Mathematical Representation
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4.3 Model Reduction Techniques
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4.4 Coupling with Continuum Models
Chapter 5: Dynamic Analysis Using Generalized Point Models
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5.1 Equations of Motion
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5.2 Modal Analysis and Vibration Characteristics
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5.3 Damping Models
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5.4 Response to Dynamic Loads
Chapter 6: Applications to Structural Systems
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6.1 Frame Structures
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6.2 Beams and Plates
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6.3 Composite and Layered Structures
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6.4 Multi-Scale Modeling Approaches
Chapter 7: Numerical Methods and Implementation
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7.1 Finite Element Method and Point Models
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7.2 Computational Algorithms
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7.3 Software and Simulation Tools
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7.4 Validation and Verification
Chapter 8: Advanced Topics and Recent Developments
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8.1 Nonlinear Generalized Point Models
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8.2 Stochastic and Uncertainty Modeling
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8.3 Multi-Physics Coupling
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8.4 Future Trends in Point Modeling
Chapter 9: Case Studies and Practical Examples
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9.1 Structural Health Monitoring
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9.2 Earthquake Engineering Applications
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9.3 Aerospace and Automotive Structures
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9.4 Optimization and Design
Chapter 10: Summary and Outlook
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10.1 Recap of Key Concepts
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10.2 Challenges and Open Problems
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10.3 Emerging Research Directions


