Mathematical modelling of weld phenomena 2

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Bibliographic Details
Corporate Author Institute of Materials (Great Britain)
Other Authors Cerjak, H.
Format Electronic eBook
LanguageEnglish
Published London : Institute of Materials, ©1995.
SeriesBook (Institute of Materials (Great Britain)) ; 594.
Subjects
Online AccessFull text
ISBN9781907747113
9781615835232
9780901716637
Physical Description1 online zdroj (vi, 287 pages) : illustrations.

Cover

Table of Contents:
  • Role of interfacial phenomena in numerical analysis of weldability / T. DebRoy
  • A model of temperature distribution and weld pool deformation during arc welding / D. Weiss, U. Franz and J. Schmidt
  • Dendrite growth in welding / W. Kurz
  • Computer simulation of solidification and transformation in austenitic stainless steel weld metals / S. Ohkita, H. Morimoto and H. Inoue
  • Possible effects of stress on steel weld microstructures / H.K.D.H. Bhadeshia
  • Modelling of weldability needs and limits / B. Buchmayr
  • Cooling time parameter and hardenability estimation of HAZ in welding of medium high carbon machine structural steels / F. Matsuda and W.S. Liu
  • Practical application of the published model for estimating the fractions of different microstructure components in one-pass weld metal / A.S. Kotelchuchick and O.B. Gluschenko
  • Grain growth and embrittlement of steel welds / I. Hrivnak
  • A mathematical model and program for IBM PC/AT to optimise the parameters of diffusion bonding / T.G. Taranova, A.V. Tayanovskaya and G.M. Grigorenko
  • Investigation of relationships between chemical composition and mechanical properties using the interactive graph system 'Scheffler' / A.V. Tayanovskaya and G.M. Grigorenko
  • The computerised analysis of hydrogen mass transfer in welds and steel / V.A. Pavlyk
  • Computational weld mechanics of the steady state / J. Goldak, M. Gu
  • Determination of residual stresses in submerged arc multi-pass welds by means of numerical simulation and comparison with experimental measurements / J.B. Roelens
  • Potential of numerical analysis for weldability in the design process / D. Radaj
  • PC-based prediction of weldability to assure weldment quality / B. Buchmayr.