Ross Williams

University of Glasgow

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Andrew McBride

University of Glasgow

Simon Bray

Rolls-Royce (United Kingdom)

S.M. Huang

University of Glasgow

Mark Docherty

East Midlands Ambulance Service NHS Trust

Sean McGinty

University of Glasgow

Silvia Renon

University of Glasgow

Daniele Barbera

University of Strathclyde

Ankush Aggarwal

University of Glasgow

André Fensterseifer Schmidt

University of Glasgow

Claire Rosnel

University of Glasgow

Cooperative Institutions

University of Glasgow

University of Strathclyde

Rolls-Royce (United Kingdom)

University of Birmingham

Purdue University West Lafayette

Schlumberger (United Kingdom)

University of Manchester

Manchester University

East Midlands Ambulance Service NHS Trust

University of California, Davis

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Computational Modelling of Inertia Friction Welding

PAMM (2019)

Ross Williams Daniele Barbera Mark Docherty Simon Bray Andrew McBride

Abstract This study details the development and validation of a finite element methodology to robustly simulate the inertia friction welding (IFW) process. There are many difficulties involved in modelling IFW. These include the short and violent process to complete a weld, as well as the challenges in obtaining experimental data throughout the process to complement, validate and inform the modelling effort. The objectives here are to model the macroscale multiphysical process leading to an accurate prediction of key process output variables, ultimately leading to a reliable method for predicting the post weld microstructure.

Friction Welding

10.1002/pamm.201900500

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Citations (1)

Bidirectional action in pipe flow simulators

Radio and Electronic Engineer (1971)

Ross Williams

The automatic reversibility of ‘pipe cells’ which simulate the flow of fluid in pipes in reviewed. The design and performance of a reversible cell, based on the use of an integrated circuit operational amplifier to provide unity gain, are described. The possibility is examined of replacing the resistor-diode law-forming networks customarily employed in pipe cells by space-charge-limited silicon resistors.

10.1049/ree.1971.0148

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pyMechT: A Python package for mechanics of soft tissues

The Journal of Open Source Software (2025)

Ankush Aggarwal Ross Williams Claire Rosnel Silvia Renon Jude M. Hussain

Python

R package

10.21105/joss.07490

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Improved function generation in pipe flow simulators

Radio and Electronic Engineer (1974)

Ross Williams

The function-generating requirements in an existing design of ‘pipe cell’, which simulates the hydraulic behaviour of pipes, are reviewed and a simpler method of meeting them is explained. A cell design embodying the new approach is described.

Design flow

10.1049/ree.1974.0017

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Citations (2)