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Browsing publications by Dr David Fletcher.

Newcastle AuthorsTitleYearFull text
Dr Gordana Vasic Franklin
Dr Francis Franklin
Dr David Fletcher
Influence of partial slip and direction of traction on wear rate in wheel-rail contact2011
Dr Francis Franklin
Anirudh Gahlot
Dr David Fletcher
Three-dimensional modelling of rail steel microstructure and crack growth2011
Dr David Fletcher
Dr Francis Franklin
Visualization and modelling to understand rail rolling contact fatigue cracks in three dimensions2011
Dr Gordana Vasic Franklin
Dr Francis Franklin
Dr David Fletcher
Professor Ajay Kapoor
Effect of Traffic on Crack Initiation in Rails2010
Dr Gordana Vasic Franklin
Dr Francis Franklin
Dr David Fletcher
Professor Ajay Kapoor
Effect of traffic on crack initiation in rails2009
Dr Gordana Vasic Franklin
Dr Francis Franklin
Dr David Fletcher
Influence of partial slip and direction of traction on wear rate in wheel-rail contact2009
Dr Paul Hyde
Dr David Fletcher
Planning rail grinding using crack growth predictions2009
Dr David Fletcher
Dr Francis Franklin
Professor Ajay Kapoor
Rail surface fatigue and wear2009
Dr David Fletcher
Dr Jonathan Powell
The acceptability of counter-terrorism measures on urban mass transit in the UK2009
Dr Francis Franklin
Dr David Fletcher
Professor Ajay Kapoor
The evolution and failure of pearlitic microstructure in rail steel: observations and modelling2009
Dr Francis Franklin
Anirudh Gahlot
Dr David Fletcher
Three-dimensional modelling of rail steel microstructure and crack growth2009
Dr David Fletcher
Dr Paul Hyde
Professor Ajay Kapoor
Modelling and full-scale trials to investigate fluid pressurisation of rolling contact fatigue cracks2008
Dr Francis Franklin
Dr David Fletcher
Professor Ajay Kapoor
Modelling rail steel microstructure and its effect on crack initiation2008
Dr Paul Hyde
Dr David Fletcher
Research to improve autumn adhesion performance: a chemical approach2008
Dr Jon Coaffee
Dr David Fletcher
Resilient design for community safety and terror-resistant cities2008
Dr Paul Hyde
Dr David Fletcher
Professor Ajay Kapoor
The effect of rail head treatment acidity and alkalinity on low adhesion leaf film investigated using track tests2008
Dr David Fletcher
Dr Francis Franklin
Professor Ajay Kapoor
I Widiyarta
Dr Gordana Vasic Franklin
et al.
Three-Dimensional Microstructural Modelling Of Wear, Crack Initiation and Growth in Rail Steel2008
Dr David Fletcher
Dr Francis Franklin
Professor Ajay Kapoor
I Widiyarta
Dr Gordana Vasic Franklin
et al.
Three-Dimensional Microstructural Modelling Of Wear, Crack Initiation and Growth In Rail Steel2008
Dr David Fletcher
Dr Paul Hyde
Professor Ajay Kapoor
Investigating fluid penetration of rolling contact fatigue cracks in rails using a newly developed full-scale test facility2007
Dr Francis Franklin
Dr David Fletcher
Professor Ajay Kapoor
Predicting the life of steel rails2007
Dr David Fletcher
Dr Paul Hyde
Professor Ajay Kapoor
Modelling and full scale trials to investigate fluid pressurisation of rolling contact fatigue cracks2006
Dr Francis Franklin
Dr David Fletcher
Professor Ajay Kapoor
Modelling rail steel microstructure and its effect on wear and crack initiation2006
Dr Francis Franklin
Dr David Fletcher
Professor Ajay Kapoor
Modelling rail steel microstructure and its effect on wear and crack initiation UK2006
Dr David Fletcher
Professor Ajay Kapoor
Rapid method of stress intensity factor calculation for semi-elliptical surface breaking cracks under three-dimensional contact loading2006
Dr David Fletcher
Professor Ajay Kapoor
The Morphology of Cracks in Rails2006
Professor Ajay Kapoor
Dr David Fletcher
Dr Francis Franklin
Management and understanding of rolling contact fatigue, WP1: Mechanims of Crack Initiaton and WP2: Crack Growth2005
Professor Ajay Kapoor
Dr David Fletcher
Dr Francis Franklin
Dr Gordana Vasic Franklin
New developments in rail wheel contact research at the University of Newcastle2005
Professor Ajay Kapoor
Dr David Fletcher
Computer simulation of strain accumulation and hardening for pearlitic rail steel undergoing repeated contact2004
Dr David Fletcher
Dr Paul Hyde
Professor Ajay Kapoor
Growth of multiple rolling contact fatigue cracks driven by rail bending modelled using a boundary element technique2004
Professor Ajay Kapoor
Dr David Fletcher
Dr Francis Franklin
Hardness and the damage on the rail surface2004
Dr David Fletcher
Professor Ajay Kapoor
Post Hatfield rolling contact fatigue - The effect of residual stress on contact stress driven crack growth in rail: Combination of bending and contact stresses2004
Dr Francis Franklin
Dr David Fletcher
Professor Ajay Kapoor
Computer models for studying crack initiation2003
Dr David Fletcher
Dr Paul Hyde
Professor Ajay Kapoor
Growth or multiple rolling contact fatique cracks driven by rail bending modelled using a boundary element technique2003
Dr David Fletcher
Dr Francis Franklin
Professor Ajay Kapoor
Image analysis to reveal crack development using a computer simulation of wear and rolling contact fatigue2003
Professor Ajay Kapoor
Dr David Fletcher
Literature review for project JR31.0862003
Professor Ajay Kapoor
Dr David Fletcher
Modelling 3d cracks in rails for the whole life rail model2003
Dr David Fletcher
Professor Ajay Kapoor
Post Hatfield rolling contact fatigue, Additional work - visulisations or cracks2003
Professor Ajay Kapoor
Dr David Fletcher
Preliminary investigation of the effect of residual stress/CWR stress on Phase II crack growth rate2003
Professor Ajay Kapoor
Dr David Fletcher
Sub-surface characteristics of pealitic rail steels following service in the UK2003
Professor Ajay Kapoor
Dr David Fletcher
The effect of residual stress on contact stress driven crack growth in rail Part 1: The Model2003
Professor Ajay Kapoor
Dr David Fletcher
The effect of residual stress on contact stress driven crack growth in rail Part II The Model2003
Professor Ajay Kapoor
Dr David Fletcher
The effect of residual stress on contact stress driven crack growth in rail. Part 1: The Model2003
Professor Ajay Kapoor
Dr David Fletcher
The effect of residual stress on contact stress driven crack growth in rail. Part 2: Data2003
Professor Ajay Kapoor
Dr David Fletcher
The metallurgy of pearlitic rail steel following service in the UK2003
Professor Ajay Kapoor
Dr David Fletcher
Dr Francis Franklin
The role of wear in enhancing rail life2003
Dr David Fletcher
A quantitative model for predicting the morphology of surface initiated rolling contact fatigue cracks in back-up roll steels2002
Dr David Fletcher
Professor Ajay Kapoor
Experimental assessment of materials for indirect surface texturing2002
Professor Ajay Kapoor
Dr David Fletcher
Managing the critical wheel/rail interface2002
Professor Ajay Kapoor
Dr David Fletcher
Dr Francis Franklin
University of Sheffield and AEAT Whole life Rail model report2002
Dr David Fletcher
Professor Ajay Kapoor
Modelling surface texture evolution for a titanium carbide implanted tool surface undergoing wear2001
Dr David Fletcher
Professor Ajay Kapoor
Nouveau traitement de surface par laser pour ameliorer les proprietes mecaniques et tribologiques des aciers a outils (New laser surface treatment to improve the mechanical and tribological proprietes of tool steels)2001
Dr David Fletcher
Professor Ajay Kapoor
The self forming phenomenon - dynamic restructuring of tool surfaces in metal forming processes2001
Dr David Fletcher
Professor Ajay Kapoor
Theoretical analysis of steady-state texture formation during wear of a bi-material surface2001
Professor Ajay Kapoor
Dr David Fletcher
Tribology of Rail Transport2001
Dr David Fletcher
Equilibrium of crack growth and wear rates during unlubricated rolling-sliding contact of pearlitic rail steel2000
Dr David Fletcher
Professor Ajay Kapoor
Improvement of mechanical and tribological properties of forming tools by 3D thermal implants with dispersed metal-carbide particles2000
Dr David Fletcher
The effect of contact load reduction on the fatigue life of pearlitic rail steel in lubricated rolling-sliding contact2000
Dr David Fletcher
The effect of intermittent lubrication on the fatigue life of pearlitic rail steel in rolling-sliding contact2000
Dr David Fletcher
Professor Ajay Kapoor
Thermal implantation of metal carbide particles - a new surface treatment for cold forging tools2000
Dr David Fletcher
Professor Ajay Kapoor
Wear behaviour and surface form evolution of a novel titanium carbide implanted surface under lubricated conditions2000
Dr David Fletcher
A simple method of stress intensity factor calculation for inclined fluid-filled surface-breaking cracks under contact loading1999
Dr David Fletcher
A simple method of stress intensity factor calculation for inclined surface-breaking cracks with crack face friction under contact loading1999
Dr David Fletcher
The Influence of Lubricants on the Fatigue of Pearlitic Rail Steel, PhD Thesis, University of Sheffield, UK1999