Thermo-mechanical modelling of welding processes

T. H. Hyde; A.H. Yaghi; David W J Tanner; C. J. Bennett; A. A. Becker; E. J. Williams; W. Sun

Abstract

Fundamental principles and advanced applications of thermo-mechanical modelling techniques used for industrial welding processes are described. The paper covers a range of modelling procedures comprising welding simulation and residual stress analysis of multi-pass, thick-walled ferritic steel pipes; welding simulation and distortion analysis of nickel-based superalloy thin plates; and inertia friction welding of dual alloy drive shafts. A number of pertinent mechanical and metallurgical concepts are discussed, including material behaviour models and material properties, microstructural evolution, solid state phase transformation and post weld heat treatment (PWHT). The paper emphasises the general methodologies of thermal modelling procedures and their role in the holistic process of the life assessment and design improvement of power plant piping systems and aero engine casing and shaft components, operating under high temperature creep and fatigue service conditions.

Original language	English
Number of pages	2
Publication status	Published - 2008
Event	International Forum on Material Behaviour across the Lengthscales - Oxford, United Kingdom Duration: 2 Apr 2008 → 4 Apr 2008

Conference

Conference	International Forum on Material Behaviour across the Lengthscales
Country	United Kingdom
City	Oxford
Period	2/04/08 → 4/04/08

Fingerprint Dive into the research topics of 'Thermo-mechanical modelling of welding processes'. Together they form a unique fingerprint.

Cite this

@conference{b9a51f00bbc94d1b9278f87418717f93,

title = "Thermo-mechanical modelling of welding processes",

abstract = "Fundamental principles and advanced applications of thermo-mechanical modelling techniques used for industrial welding processes are described. The paper covers a range of modelling procedures comprising welding simulation and residual stress analysis of multi-pass, thick-walled ferritic steel pipes; welding simulation and distortion analysis of nickel-based superalloy thin plates; and inertia friction welding of dual alloy drive shafts. A number of pertinent mechanical and metallurgical concepts are discussed, including material behaviour models and material properties, microstructural evolution, solid state phase transformation and post weld heat treatment (PWHT). The paper emphasises the general methodologies of thermal modelling procedures and their role in the holistic process of the life assessment and design improvement of power plant piping systems and aero engine casing and shaft components, operating under high temperature creep and fatigue service conditions. ",

author = "Hyde, {T. H.} and A.H. Yaghi and Tanner, {David W J} and Bennett, {C. J.} and Becker, {A. A.} and Williams, {E. J.} and W. Sun",

year = "2008",

language = "English",

note = "International Forum on Material Behaviour across the Lengthscales ; Conference date: 02-04-2008 Through 04-04-2008",

}

TY - CONF

T1 - Thermo-mechanical modelling of welding processes

AU - Hyde, T. H.

AU - Yaghi, A.H.

AU - Tanner, David W J

AU - Bennett, C. J.

AU - Becker, A. A.

AU - Williams, E. J.

AU - Sun, W.

PY - 2008

Y1 - 2008

N2 - Fundamental principles and advanced applications of thermo-mechanical modelling techniques used for industrial welding processes are described. The paper covers a range of modelling procedures comprising welding simulation and residual stress analysis of multi-pass, thick-walled ferritic steel pipes; welding simulation and distortion analysis of nickel-based superalloy thin plates; and inertia friction welding of dual alloy drive shafts. A number of pertinent mechanical and metallurgical concepts are discussed, including material behaviour models and material properties, microstructural evolution, solid state phase transformation and post weld heat treatment (PWHT). The paper emphasises the general methodologies of thermal modelling procedures and their role in the holistic process of the life assessment and design improvement of power plant piping systems and aero engine casing and shaft components, operating under high temperature creep and fatigue service conditions.

AB - Fundamental principles and advanced applications of thermo-mechanical modelling techniques used for industrial welding processes are described. The paper covers a range of modelling procedures comprising welding simulation and residual stress analysis of multi-pass, thick-walled ferritic steel pipes; welding simulation and distortion analysis of nickel-based superalloy thin plates; and inertia friction welding of dual alloy drive shafts. A number of pertinent mechanical and metallurgical concepts are discussed, including material behaviour models and material properties, microstructural evolution, solid state phase transformation and post weld heat treatment (PWHT). The paper emphasises the general methodologies of thermal modelling procedures and their role in the holistic process of the life assessment and design improvement of power plant piping systems and aero engine casing and shaft components, operating under high temperature creep and fatigue service conditions.

M3 - Conference Abstract

T2 - International Forum on Material Behaviour across the Lengthscales

Y2 - 2 April 2008 through 4 April 2008

ER -