Mechanical Modelling and Computational Issues in Civil Engineering 1st Edition by Michel Fremond, ‎Franco Maceri ISBN 9783540323990 3540323996

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Product details:
ISBN 10: 3540323996
ISBN 13: 9783540323990
Author: Michel Fremond, ‎Franco Maceri

Mechanical Modelling and Computational Issues in Civil Engineering 1st Edition Table of contents:

Part I: Fundamentals of Mechanical Modeling in Civil Engineering

1. Introduction to Mechanical Modeling

   • Role of Modeling in Civil Engineering
   • Types of Models: Analytical, Numerical, and Experimental
   • Objectives of Mechanical Modeling in Structural Engineering
   • Simplifications and Assumptions in Modeling

2. Basic Principles of Solid Mechanics

   • Stress and Strain in Materials
   • Constitutive Equations and Material Models
   • Linear and Nonlinear Material Behavior
   • Compatibility and Equilibrium Equations

3. Elasticity and Plasticity in Civil Engineering

   • Stress-Strain Relationships for Elastic Materials
   • Elastic Moduli and Poisson’s Ratio
   • Plasticity Theory and Yield Criteria
   • Hardening and Softening Materials
   • Application to Concrete and Steel

Part II: Structural Modeling Techniques

4. Structural Systems and Behavior

   • Types of Structural Systems in Civil Engineering
   • Modeling of Beams, Frames, and Plates
   • Displacement and Force-Based Formulations
   • Stiffness and Flexibility Matrices
   • Structural Stability and Buckling Analysis

5. Finite Element Method (FEM) in Structural Modeling

   • Introduction to the Finite Element Method
   • Discretization of Structures: Elements and Nodes
   • Formulation of the FEM Equations
   • Solution Techniques: Direct and Iterative Solvers
   • Applications of FEM in Structural Engineering

6. Structural Dynamics and Vibration Analysis

   • Vibration of Structures: Natural Frequencies and Mode Shapes
   • Dynamic Response of Structures to Time-Dependent Loads
   • Modal Analysis and Dynamic Stiffness Matrices
   • Seismic Analysis and Earthquake Engineering
   • Control of Structural Vibrations

Part III: Computational Techniques in Civil Engineering

7. Numerical Methods in Structural Analysis

   • Numerical Integration Techniques: Gauss Quadrature and Time-Stepping
   • Solution of Linear Systems: Direct and Iterative Methods
   • Nonlinear Analysis: Newton-Raphson and Other Methods
   • Adaptive and Convergence Criteria in Computation
   • Error Estimation and Model Validation

8. Computational Fluid Dynamics (CFD) in Civil Engineering

   • Basics of Fluid-Structure Interaction
   • Modeling Fluid Flow in Civil Engineering Applications
   • Navier-Stokes Equations and Turbulence Modeling
   • Coupling Fluid and Structural Dynamics
   • Applications: Water Resources and Hydraulic Engineering

9. Multiscale Modeling in Civil Engineering

   • Introduction to Multiscale Modeling
   • Homogenization Techniques and Scale Bridging
   • Modeling of Composite Materials and Heterogeneous Structures
   • Coupling Different Length Scales in Structural Analysis
   • Applications in Concrete, Geotechnical, and Material Science

Part IV: Advanced Topics and Emerging Issues

10. Computational Challenges in Civil Engineering Modeling

    • High-Performance Computing and Parallel Processing
    • Optimization Techniques in Structural Design
    • Large-Scale Simulations and Model Reduction
    • Computational Complexity and Model Refinement
    • Case Studies of Complex Structural Simulations

11. Nonlinear and Time-Dependent Behavior of Structures

    • Modeling Nonlinear Structural Materials: Concrete and Steel
    • Time-Dependent Behavior: Creep, Shrinkage, and Relaxation
    • Temperature Effects and Thermal Expansion
    • Dynamic Load Response and Fatigue Analysis
    • Advanced Material Models for Nonlinear Analysis

12. Uncertainty Quantification and Reliability Analysis

    • Sources of Uncertainty in Civil Engineering Models
    • Stochastic Modeling and Monte Carlo Simulation
    • Sensitivity Analysis and Propagation of Uncertainty
    • Reliability-Based Design and Safety Factors
    • Probabilistic Approaches in Structural Design

Part V: Practical Applications and Case Studies

13. Modeling of Concrete Structures

    • Modeling of Reinforced Concrete Behavior
    • Cracking and Plasticity in Concrete Structures
    • Finite Element Modeling of Concrete Frames
    • Case Studies of Concrete Structural Analysis
    • Seismic Design and Response of Concrete Structures

14. Modeling in Geotechnical Engineering

    • Soil-Structure Interaction and Foundation Modeling
    • Modeling of Earthquake-Induced Soil Motion
    • Finite Element Modeling of Geotechnical Systems
    • Geotechnical Reliability and Safety Analysis
    • Applications in Tunnels, Dams, and Foundations

15. Applications in Transportation Infrastructure

    • Modeling of Roads, Bridges, and Pavements
    • Dynamic Response of Bridge Structures
    • Modeling of Pavement Materials and Deflections
    • Structural Health Monitoring of Infrastructure
    • Simulation of Traffic-Induced Loads and Effects

Part VI: Future Directions and Emerging Technologies

16. Future Trends in Mechanical Modeling and Computation

    • Advances in Computational Power and Software
    • Artificial Intelligence and Machine Learning in Modeling
    • Real-Time Monitoring and Predictive Modeling
    • Integration of Smart Materials in Structural Design
    • Advances in Parametric and Procedural Modeling

17. Concluding Remarks and Outlook for Civil Engineering

    • Challenges and Opportunities in Civil Engineering Modeling
    • Integrating Modeling, Experimentation, and Design
    • Future Research Directions in Computational Civil Engineering
    • The Role of Engineers in Modeling and Computational Design

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