Computational Methods and Experiments in Materials Characterisation III

✍ Scribed by A. A. Mammoli, C. A. Brebbia, A. A. Mammoli, C. A. Brebbia

• Publisher: WIT Press
• Year: 2007
• Tongue: English
• Leaves: 465
• Category: Library

✦ Synopsis

Contains papers presented at the Third International Conference on Computational Methods and Experiments in Materials Characterisation, held in Bologna, Italy, June 13-15, 2007. Featured topics: Microstructures novel composite materials; Microstructures ceramics and advanced materials; Microstructures alloys; Microstructures cements and cement based materials; Experimental methods imaging and analysis; Experimental methods thermal analysis; Experimental methods mechanical characterisation and testing; Experimental methods new methods; Computational methods discrete computational methods; Computational methods damage mechanics; Computational methods innovative techniques

✦ Table of Contents

Contents......Page 12
Section 1: Microstructures – novel composite materials......Page 18
Study on static and creep properties of CFRP using rubber modified matrix......Page 20
Determination of the fatigue behavior of coatings by means of an improved impact testing evaluation procedure......Page 30
Effect of fly ash reinforcement on the corrosion behaviour of cast Al-Mg alloy A535 in 3.5wt% NaCl solution......Page 38
Testing of palm fibre as reinforcement material in polyester composites......Page 48
Section 2: Microstructures – ceramics and advanced materials......Page 58
Experimental study on fracture behaviour of polycrystalline ceramics under shock loading......Page 60
Blocking and self-locking of superdislocations in intermetallics......Page 68
The properties and performance of polymer fibre reinforced bituminous mixtures......Page 78
Hardness determination of EBiD-layers containing tungsten and cobalt......Page 90
Section 3: Microstructures –– alloys......Page 100
Thermodynamic modelling of a 6w/o Al P/M processed Ni base superalloy......Page 102
An investigation into martensitic transformation in hot stamping process......Page 112
Quantitative assessment of strain and heat treatment on twin formation in commercially pure nickel......Page 122
Three-dimensional crystallographic characterization and mechanical modeling of a commercial stainless steel......Page 132
Section 4: Microstructures – cements and cement based materials......Page 142
Reactive powder concrete: material for the 21st century......Page 144
Impedance spectroscopy as a tool to study modifications in the microstructure of concrete in ionic migration experiments......Page 152
Section 5: Experimental methods – imaging and analysis......Page 162
Laser speckle measurements and numerical simulations of the deformation of masonry loaded in compression......Page 164
Quantitative analysis of polyurethane nanocomposites with boehmite structures modified using lactic acid......Page 176
The spatial controlling of Lamb waves excited by a point source on the cylindrical wall......Page 186
3D strain mapping inside materials by microstructural tracking in tomographic volumes......Page 194
Fractal and spectral analysis of fracture surfaces of elastomeric materials......Page 204
Multi-scale foam behaviour characterisation......Page 214
Section 6: Experimental methods – thermal analysis......Page 224
Thermo-analytical evaluation of wear debris for thermoplastic and sintered polyimide......Page 226
Analysis of adiabatic heating in high strain rate torsion tests by an iterative method: application to an ultrahigh carbon steel......Page 236
Section 7: Experimental methods – mechanical characterisation and testing......Page 246
Collapse of FRP/syntactic foam sandwich panels......Page 248
Modelling of viscoelastic properties of a curing adhesive......Page 258
Flexural bond strength of clay brick masonry......Page 270
Structural, economic and material comparison of various steel grades under dynamic/fatigue loading......Page 280
Mechanical compression tests to model timber structures behaviour......Page 290
Section 8: Experimental methods – new methods......Page 296
Millimeter wave spectroscopy and materials characterization of refractive liquid crystal polymer/titania composites......Page 298
Assessment of surface roughness for the analysis of the water vapour condensation process......Page 308
Use of impedance spectroscopy to determine the displacement of water in cement paste under small loads......Page 318
Assimilation of porosity in modern bricks by computational means......Page 330
Dynamic tensile test and specimen design of auto-body steel sheet at the intermediate strain rate......Page 336
Utilization of ground coloured glass cullet in construction materials......Page 346
In situ dynamic characterization of soils by means of measurement uncertainties and random variability......Page 356
A natural and biodegradable scaffold of electrospun eggshell membrane......Page 366
Section 9: Computational methods – discrete computational methods......Page 376
Characterization of cementitious materials by advanced concurrent algorithm-based computer simulation systems......Page 378
A simulation of the behaviour of propane bulks on a grid platform......Page 390
Section 10: Computational methods – damage mechanics......Page 398
Failure characterisation of Ti6Al4V gas turbine compressor blades......Page 400
Seismic damage assessment of steel components......Page 410
A visco-plastic damage model for high temperature creep of single-crystal superalloys......Page 420
Failure mechanics of slope slip with predestinate slip plane......Page 430
Section 11: Computational methods – innovative techniques......Page 438
Back analysis of reinforced soil slopes......Page 440
Towards 3D simulation of sintering processes......Page 450
N......Page 460
Z......Page 461

✦ Subjects

Машиностроение и материалообработка;Материаловедение и ТКМ;