Computer Methods in Composite Materials VI - Bookswagon UAE
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Home > Science, Technology & Agriculture > Mechanical engineering and materials > Materials science > Engineering: Mechanics of solids > Computer Methods in Composite Materials VI: 6th(v. 3. Structures & Materials S.)
Computer Methods in Composite Materials VI: 6th(v. 3. Structures & Materials S.)

Computer Methods in Composite Materials VI: 6th(v. 3. Structures & Materials S.)


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About the Book

Composite materials and structures are extremely complex systems. Their analysis and design is therefore best achieved through the use of computational methods. Attended by leading specialists from 29 countries, the sixth International Conference on Computer Methods in Composite Materials (CASCOMP 98) provided a forum in which to integrate these two important technologies for the advancement of science, engineering and society. This text contains edited versions of the papers presented at CADCOMP 98. It features contributions on a wide variety of areas such as: mixed numerical/experimental methods; damage analysis; characterization of materials; higher order theory in analysis of laminates; design optimization; finite element development and modelling; micromechanics; stochastic fracture processes; measurement methods; process modelling and simulation; resin transfer moulding; simulation of structures; loading rate effect; nonlinearity simulation; thermo-mechanical properties; vibration simulation; and expert systems. In addition, applications reviewed include composites for building and bridge construction, sandwich plates, smart composite materials, concrete structures and fabric composites.

Table of Contents:
SECTION 1: DESIGN OPTIMISATION 3-D global/local model using partial hybrid elements and its software COMSA for composite analysis; Optimized lay-ups of composite laminates for airframe structural design; Finite element approach to energy based optimization of laminated plates; Design and analysis of discontinuous long fiber reinforced thermoplastic structures for car seat applications; Optimal hole profile in a composite material plate under biaxial tension by finite element simulation; Heuristics for the design of thick composite cylinders. SECTION 2: PROCESS SIMULATION Computational simulation methods for molding of composite materials; The effect of the pressure boundary condition on mold filling simulations in liquid composite molding; Simulation of compression resin transfer molding; A natural way to simulate flow driven injections in liquid composite molding; Characterisation of reaction kinetics of Epoxy resin systems for rapid RTM-process; Simulation the solidification process in composites materials with aluminium alloy matrix. SECTION 3: MODELLING OF TEXTILES A multi-scale approach for modeling mechanical behaviour of 2D and 3D textile-reinforced composites; Experimental study and numerical modelling of inflated fabric panels. SECTION 4: MIXED NUMERICAL AND EXPERIMENTAL METHODS Mechanical characterization of materials by means of nonuniform field information; Local and global analysis of inhomogeneous displacement fields for the identification of material parameters; Identification of the permeability properties of a fiber reinforcement in the RMT process by a mixed numerical/experimental method; Identification of the temperature dependent complex moduli of composite materials using a mixed numerical experimental method; A mixed numerical/experimental method for the characterization of microphenomena in composite materials. SECTION 5: DAMAGE ANALYSIS Modeling damage initiation and growth in discontinuous random fiber composites; Application of strain energy release rate concept in the study of edge delamination growth for composite structures; Evaluation of interphase mechanical properties by embedded single fiber transverse tensile test; Inexpensive simulation of delamination growth in composite plates by using FEM with two-dimensional elements; Partial hybrid finite element analysis of stress fields in composite laminates with delamination crack under out-of-plane loading; Transient and residual thermal stresses in porcelain-fused-to-metal dental crowns; Computational aspects of modelling of ballistic impact on woven structures; Experimental investigation of damage progression of a graphite-epoxy in flexural bending test. SECTION 6: PROBABILISTIC METHODS Lifetime distribution analysis of unidirectional fiber composites by Markov process; ProDeCompoS: Computer-aided probabilistic design of damage tolerant composite aircraft structures; Probabilistic homogenization of the heat conduction problems in fiber composites. SECTION 7: MICROMECHANICS Micromechanical modelling of metal matrix composites subjected to combined thermal and shear loading; Mathematical modelling of porosity of plane and 3D woven structures; Microfracturing patterns and effective elastic properties of solids with interacting holes; Optical fibre sensors at anisotropic bimaterial interface; Micromechanical modelling of textile composites using variational principles. SECTION 8: JOINING AND BONDING Three-dimensional mixed finite-element analysis for heterogeneous structures with applications to adhesively bonded joints and sandwich plates; Eigenfrequency analysis method for single-lap adhesive joints of CFRP laminates. SECTION 9: INTELLIGENT SYSTEMS Expert system for monitoring the evolution of material properties in hardening concrete based on dielectric measurements; Composite plate stiffness identification using neural networks. SECTION 10: NUMERICAL SIMULATION Numerical study of structural joints reinforced with composite fabrics; A {1 &2}-order thermoelastic theory for composite and sandwich plates and its validation; Dependence of the 1-D permeability of fibrous media on the fibre volume content: comparison between measurements and simulation; Applications of layerwise higher-order finite element to curved shell laminates; Finite element of foam-filled laminated composite sandwich plates; Modified Quasi-three-dimensional four-point bending simulation method for CFRP cylindrical tube; Finite element modelling of the behaviour of composite plates; Computer analysis of filament over-wrapped metallic pressure vessels with an optimum head shape. SECTION 11: MOISTURE ABSORPTION The measurement of in-plane permeability for sheared preforms; Asymptotic solution of the moisture content in resin matrix composites under cyclic environmental conditions. SECTION 12: NON-LINEARITIES IN MATERIAL BEHAVIOUR The effects of geometric nonlinearity and cracking on concrete planar frames; Determination of parameters of a viscoelastic model of unidirectional fibrous polymeric composites. SECTION 13: COMPOSITES FOR BUILDING AND BRIDGE CONSTRUCTION Composites for building and bridge construction modeling of mechanical behavior of structural element using mixed steel-composite reinforced concrete or mixed composite prestressed concrete; Study of the influence of shape and orientation of the pores on the rigidity of porous materials through a homogeneization method; On the extending performance of an RC beam with CFRP sheet: experiments and simulations; Testing and numerical modelling of fibrous concrete slabs; Modeling of the tensile behaviour of an E-glass fibre reinforced phosphate cement


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Product Details
  • ISBN-13: 9781853125829
  • Publisher: WIT Press
  • Publisher Imprint: WIT Press
  • Height: 230 mm
  • Sub Title: 6th
  • ISBN-10: 1853125822
  • Publisher Date: /08/1998
  • Binding: Hardback
  • Series Title: v. 3. Structures & Materials S.
  • Width: 155 mm


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