Title: Recent Advances in Computational Mechanics Author: Jerzy Rakowski, Przemyslaw Litewka, Tomasz Lodygowski ISBN: 1138024821 / 9781138024823 Format: Soft Cover + CD ROM Pages: 400 Publisher: CRC Press Year: 2014 Availability: 2 to 3 weeks
Description
Contents
Recent Advances in Computational Mechanics contains selected papers presented at the jubilee 20th Conference on Computer Methods in Mechanics (CMM), which took place from 27 to 31 August 2013 at the Poznan University of Technology. The first Polish Conference on Computer Methods in Mechanics (CMM) was held in Poznan in 1973. This very successful meeting initiated a series of conferences organized every two years by different Polish universities. Over the years the series gained an increasingly international character. The common general objective of the CMM conferences is to provide a forum for presentation and discussion of new ideas referring to the theoretical background and practical applications of computational mechanics. The program of each conference reflects current extensive research in this field of science.
This proceedings volume addresses various aspects of computational mechanics, including advanced analysis of structures, modelling of material properties, damage mechanics, contact mechanics, biomechanics, heat transfer and coupled problems.
This book will be of interest to students, researchers and practitioners in the fields of structural mechanics, mechanical engineering, material technology and biomechanics.
Preface
Part 1 : Mechanics of Structures
Chapter 1 : Application of Topological Constraints to Structural Optimization of Thin Walled Structures Chapter 2 : Multi-Load Truss Topology Optimization Using The Adaptive Ground Structure Approach Chapter 3 : Stability and Load Bearing Capacity of a Truss with Elastic Braces Chapter 4 : Local Buckling and Post-Buckling Investigation of Cold-Formed Self-Supported Elements Chapter 5 : Nonlinear Stability Analysis of Elastic-Plastic Conical Shells with Shape Imperfections Chapter 6 : Carbon-Epoxy/Foam Panel for Protective Aims – Computational and Experimental Study Chapter 7 : Hp-Adaptive Finite Element Analysis of Thin-Walled Structures with Use of The Numerical Tools for Detection and Range Assessment of Boundary Layers Chapter 8 : Hp-Adaptive Finite Element Analysis of Thin-Walled Structures with Use of The Shell-To-Shell Transition Elements Chapter 9 : Usability of Numerical Models for Live Load Distribution in a Composite Slab Bridge Deck Chapter 10 : Comparison of Simulation Results for 3D Punching Shear Problem Chapter 11 : Eigenvalue Reanalysis of Modified Buildings Using Combined Approximations Method Chapter 12 : Load Carrying Capacity of RC Beams Strengthened by Pre-Tensioned CFRP Strips Chapter 13 : Modeling and Analysis of Free Vibration of Steel-Concrete Composite Beams Chapter 14 : Accuracy of Cross-Section Stress Numerical Integration by Boundary Integration Formula Chapter 15 : Parameter Identification in FEM Models of Thin-Walled Purlins Restrained by Sheeting
Part 2 : Damage and Contact Mechanics
Chapter 16 : Crack Propagation Modelling in XFEM with Double Enriched Nodes Chapter 17 : Two-Dimensional FE Simulation of Cracking Caused by Expansion of Corrosion Products Chapter 18 : Analysis of Cohesive Crack Coupled with Thermoelasticity Chapter 19 : Damage Detection in Truss Structure Being The Part of Historic Railway Viaduct Using Wavelet Transformation Chapter 20 : Dynamic Contact Modelling Between Two Bodies with Significantly Different Stiffness Chapter 21 : Thermoelastic Rolling Contact Problems for a Multi-Layer Structure Chapter 22 : Contact Between 3-D Beams with Deformable Circular Cross-Sections Chapter 23 : Numerical Analysis of Frictionless Contact Between Almost Conforming Beams
Part 3 : Material Modelling
Chapter 24 : Mechanics and Thermodynamics of Surface Growth : Comparison of Different Approaches Chapter 25 : Two-Phase Isotropic Composites with Prescribed Bulk and Shear Moduli Chapter 26 : Topology Optimization of The Effective Thermal Properties of Two-Phase Composites Chapter 27 : Application of The MFS for 3D Elastostatic Problems – Location of The Sources and Condition Number Analysis Chapter 28 : Modeling of The Behavior of An Elastic Body with Slim Cavities Filled with Compressible Liquid or Gas Chapter 29 : Energy Flow Analysis in Multi-Material Structures Chapter 30 : Deflection Analysis of Thin Elastic FGM Composite Plates by Meshless Methods Chapter 31 : Experimental and Numerical Evaluation of Mechanical Behaviour of Composite Structural Insulated Panels Chapter 32 : The Trial of Optimal Strengthening of Composite Beams Chapter 33 : Efficient Methods for Optimal Space Filling in Model Reduction Techniques Chapter 34 : Mixed Experimental/Numerical Methods Applied for Concrete Parameters Estimation Chapter 35 : Experimental Determination and Application of Critical Void Volume Fraction Fc for S235JR Steel Subjected to Multi-Axial Stress State Chapter 36 : The FEM Analysis of Pressure Installation Elements After Simulated Accidental Overheating Chapter 37 : Entropic Thermoelasticity for Large Deformations and Its Acegen Implementation
Part 4 : Coupled Problems, Heat Transfer and Biomechanics
Chapter 38 : A Posteriori Error Estimator and H-Adaptive Finite Element Method for Diffusion-Advection-Reaction Problems Chapter 39 : Hierarchical Models for Adaptive Modelling and Analysis of Coupled Electro-Mechanical Systems Chapter 40 : Corrected Shape Functions for Six-Node Triangular Element for Heat Conduction Chapter 41 : Numerical Analysis of Tissue Heating Using The Generalized Dual Phase Lag Model Chapter 42 : Modelling of Transient Heat Transport in One-Dimensional Crystalline Solids Using The Interval Lattice Boltzmann Method Chapter 43 : Turbulent Heat Transfer in a Rotating Cavity Chapter 44 : Application of The Method of Fundamental Solutions and The Radial Basis Functions for Peristaltic Flow Analysis Chapter 45 : The Combined Model of Ventilation and Decompression Chapter 46 : Simulations of Ultrasonic Guided Waves with Use of Combined Finite Element and Finite Difference Methods