Computer Methods and Experimental Measurements for Surface Effects and Contact Mechanics
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Computer Methods and Experimental Measurements for Surface Effects and Contact Mechanics

Computer Methods and Experimental Measurements for Surface Effects and Contact Mechanics

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About the Book

The book is devoted to fundamental and applied studies of four interconnected aspects: processing, microstructural features, functional performance as well as the design of an appropriate theoretical and predictive framework of protective surfaces. This volume contains papers presented at the Seventh International Conference on Computational Methods and Experiments in Contact mechanics and Surface Treatment Effects which cover the following areas: Surface treatments; Surface problems in contact mechanics; Failure mechanisms; Coupled analysis and experiments; Thin coatings; Thick coatings; Contact mechanics; Material surfaces in contact; and Applications and case studies.

Table of Contents:
Section 1: Computational and analytical methods Modification of bar structures described by fuzzy processes; A new neural-based procedure for gear fault detection; Measuring software complexity for early estimation of development effort; Investigation on dynamic properties of linear systems with subspace identification method; Constrained minimization of incomplete quadratic functions and its applications; Comparison between the Navier-Stokes and the Boltzmann equations for the simulation of an axially symmetric compressible flow with shock wave using the Monte-Carlo method; Direct simulation of fluid-dynamics sound by the finite difference lattice Boltzmann method; A finite element method for heat transfer with convection effects embedded into the Capacitance; Non-local equations for concentration waves in reacting diffusion systems; Heavy petroleum upgrading by microwave irradiation; The curvilinear mesh method for analysis of complex thin walled structures; Nodal density refinement and adaptivity for the meshless integral method Section 2: Experimental and computational analysis Estimating the lump to fines composition split in iron ore production; Semi-scale experiments for model calibration and verification in water and heat transport in porous media; Volume variation in a clayey soil depending on water content and compaction: an experimental approach; Flue-gas coupling of a waste incinerator with a lignite-fired coal boiler: assessment of the best suited injection concept by computational and experimental methods; Precision of D.M.S. columns from real time in place measurements and improvement in micro-movements analysis with early warning function; Investigation of acoustically coupled shear layers using particle image velocimetry; Study on the pH-value method for ultrasound cavitation effect measurements; Shear fracture in masonry joints; Experimental investigation and modelling of piezoelectric actuator hystereses for FE analysis of smart structures Section 3: Direct, indirect and in-situ measurements A system of laser radiation detection with transmissive photoacoustic detector; Phase shifters or optoelectronic delay line application to sequential analysis of space in adaptive phased array antennas; Thermal experimental investigation of radiative heat transfer for the validation of radiation models; Digital images and their application to land use classification; Using rapid control prototyping for flexible environmental testing of vehicle and aerospace components Section 4: Particle methods Computer aided sand wedge shape assessment by using particle simulation; An analysis of the interaction between crawler and soil by the article element method; Solving two-dimensional Euler equations on hexagonal mesh by a novel macro particle method; Experiments on transient dynamic features in complex separated convection boundary layer flows Section 5: Structural and stress analysis Computational identification of real displacements of an arch dam using nonlinear material with geochemical damping; Application of beam elements to spot-welded thin-wall structure dynamics; A simple model for prediction of creep stress redistribution for butt welded joints; Optimum design of a circular digging bucket by FEM; 2D idealization of hollow partially pre-stressed concrete beams; Load path method in the interpretation of the masonry vaults behaviour; Shear capacity of RC rectangular beams with continuous spiral transversal reinforcement; Coupled modeling of tunnel face stability using Desai's theory and TFA; A mathematical and experimental study of rock bump mechanics; A Multiscale Hybrid Method for materials containing defects and inhomogeneities; Modified model of a plate based on the Winkler foundation; Comparison of various methods used in the analysis of silos without wall friction Section 6: Structural dynamics Dynamics of prestressed beams coupled with a string; Response of columns and joints with spiral shear reinforcement; Semi-active control of variable stiffness and damping systems by the pole assignment method; Vibration analysis of free isotropic cracked plates; Structural dynamics response of a periodic structure subject to optimum tip mass distribution; The study of high-speed fracture behavior of glass bottles using explosive shock waves Section 7: Dynamics and vibrations Some experiences simulating ground vibration through FEM models; Static and dynamic properties of a motorcycle frame: experimental and numerical approach; Finite element and experimental vibration analysis of viscoelastic composite structures; Dynamics of a folding rod of a space self-deployable frame; Analysis of the strength of large deployable space frame elements; Characteristics of damping in components of a spot-welded frame; Liquid damper for suppressing horizontal and vertical motions; Design of instrumentation and vibration testing programs of structures through analytical investigations; Dynamical problems in the free hexagon method Section 8: Electrical and electromagnetic applications An electromagnetic topology based simulation for wave propagation through shielded and semi-shielded systems following aperture interactions; The analysis of microstrip antennas using the FDTD method; Design approach of squirrel cage induction motors by use of an iron loss optimisation method for improving efficiency; Electromagnetic transients modeling in power systems using the finite element technique; Computing the mutual impedances between segments of earthing system conductors Section 9: Bioengineering applications Applications of shock wave research to medicine; Interrelating creep and stress relaxation of medial collateral ligaments using a fuzzily modeled collagen fibre recruitment Section 10: Heat transfer Influence of additive properties on heat transfer reduction in a gun tube; An effective blob approach to unsteady thermal buoyant flows; Mixed convection heat transfer in a vertical channel with a moving plate; Investigation on mixed convection in a horizontal channel heated from below; Numerical and experimental validation procedures for the simulation of refrigerated rooms; Investigation of the effects of the dimension of a localized heat source on the natural convection in square cavities; Conjugated heat transfer in a package of fins Section 11: Thermal processes Optimisation of a concasting technology via a dynamic solidification model of a slab caster; Experimental and analytical analysis of the high-temperature mechanical properties of steel under continuous casting conditions; New and original equipment for environmental protection as a result of a convenient combination of experimental and computational approaches; An advanced impingement/film-cooling scheme for gas turbines - numerical study Section 12: Fluid flow Boundary element finite element method for velocity-vorticity formulation of Navier-Stokes equations; Flow mode-transition of natural convection inside inclined complex enclosures; Complementary experimental methods for measurements of air entrainment in vertical dropshafts; Analysis of particular experimental measurements in cavitating stream flow; Experimental investigation of flow mixing in pebble beds and bundles of twisted rods; Unsteady interaction of low temperature plasma jet with solid propellant plate; Special hydrodynamic features of jet currents in river mouths; On the uncertainty of the measurements of friction factor in trapezoidal microchannels, a statistical analysis; Experimental study of momentum and heat transfer in the entrance region of vertical film flow; Waveform and turbulence generation associated with large amplitude shoaling internal waves in the South China Sea; Distribution of surfactant along the free liquid surface under the action of surface waves; Modelling of a LPM filling process with special consideration of viscosity characteristics and its influence on the microstructure of a non-crimp fabric fiber bed


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Product Details
  • ISBN-13: 9781845640224
  • Publisher: WIT Press
  • Publisher Imprint: WIT Press
  • Height: 230 mm
  • ISBN-10: 1845640225
  • Publisher Date: 19 Aug 2005
  • Binding: Hardback
  • Width: 155 mm


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