Engineering Integrity Society

a unique way for engineers in industry to exchange ideas and experience

Integrity of Structural Joints Subjected to Fatigue Loads

edited broken bit 34 July, AMRC, Sheffield

Programme

Overview of Joining Technologies – Emma Griffiths, Jaguar Land Rover  

Manufacturing Simulation of Self Pierce Rivet Joints – Paul Briskham, AtlasCopco 

Fatigue Life of Aluminium Spot Welding and Self Pierce Rivet Joints – Andrew Blows – Jaguar Land Rover

Bolted Joints – Tom Cosgrove, BCSA Ltd

Bolted Joints with Dynamic Loading – Hugh Goyder, Cranfield University – Abstract

Fatigue and Damage Tolerance Analysis of Bolted Joints – Ben Ogbourne, Airbus

The Fatigue Performance of Welded Joints – Simon Smith, Transforming Stress Limited – abstract

Mean Stress Effect for Welds under Fatigue Loading – Zongjin Lu, Jaguar Land Rover – Abstract

Fatigue Simulation of Welds Using the Total-Life Method – Andrew Halfpenny, HBM Prenscia – Abstract

Fatigue Testing 2K Structural Adhesives: Facilitating Design Change and the use of Multi-Material Bonding for Lightweighting Structures – Antonio Pagliuca, 3M – Abstract

Fracture of Spot Welds in Advanced High Strength Steeks – Hassan Ghadbeigi, University of Sheffield

Process of Creating a Fatigue Damage Model to Enable Computer Aided Engineering (CAE) Fatigue Life Prediction to Reduce Costs – Andrew Blows, Jaguar Land Rover – Abstract

Full Brochure and Booking Form

 

 

Scroll to top