Focusing on techniques developed to evaluate the forming behaviour of tailor welded blanks (TWBs) in sheet metal manufacturing, this edited collection details compensation methods suited to mitigating the effects of springback. Making use of case studies and in-depth accounts of industry experience, this book gives a comprehensive overview of springback and provides essential solutions necessary to modern-day automotive engineers.
Sheet metal forming is a major process within the automotive industry, with advancement of the technology including utilization of non-uniform sheet metal in order to produce light or strengthened body structures. This is critical in the reduction of vehicle weight in order to match increased consumer demand for better driving performance and improved fuel efficiency. Additionally, increasingly stringent international regulations regarding exhaust emissions require manufacturers to seek to lighten vehicles as much as possible. To aid engineers in optimizing lightweight designs, this comprehensive book covers topics by a variety of industry experts, including compensation by annealing, low-power welding, punch profile radius and tool-integrated springback measuring systems. It ends by looking at the future trends within the industry and the potential for further innovation within the field.
This work will benefit car manufacturers and stamping plants that face springback issues within their production, particularly in the implementation of TWB production into existing facilities. It will also be of interest to students and researchers in automotive and aerospace engineering.
Table of Contents:
Chapter 1 Weight Reduction Strategies in Passenger Car Manufacturing: Current Trends and Prospects
Md Tasbirul Islam, AB Abdullah, AI Hussin, and MF Jamaludin
Chapter 2 Measurement and Compensation of Springback – A Comprehensive Review
AB Abdullah and MF Jamaludin
Chapter 3 Springback of Aluminium and Steel Joint by Friction Stir Welding – A Review
MZ Rizlan, AB Abdullah, and Z Hussain
Chapter 4 Overview and Issues Related to Geometrical Accuracy in the Single-Point Incremental Forming (SPIF) Process of Tailor Welded Blanks
KAHA Razak, AB Abdullah, and NM Noor
Chapter 5 Springback in Tailor Welded Blanks Using a Heuristic Approach
SS Panicker, H Krishnaswamy, and N Chakraborti
Chapter 6 Investigation of Twist Springback Pattern of the AA6061 Strip
MN Nashrudin and AB Abdullah
Chapter 7 Springback Study of Non-Uniform Thickness Aluminium Blanks
MF Adnan, AB Abdullah, and MF Jamaludin
Chapter 8 Evaluation of Dissimilar Grade Aluminium Alloy-Tailored Blanks Fabricated by FSW
AF Pauzi, AB Abdullah, and MF Jamaludin
Chapter 9 Springback Simulation of Tailor Welded Blank and The Compensation by Using Displacement Adjustment and Spring Forward Methods
AD Anggono, WA Siswanto, B Omar, and RI Riza
Chapter 10 Springback Study of Aluminium and Steel Joint TWBs by FE Analysis
MZ Rizlan, AB Abdullah, and Z Hussain
Chapter 11 Effect of Post-Welding Heat Treatment on Springback Pattern of AA6061 TWBs
AB Abdullah, M Mohamed, and AF Pauzi
Chapter 12 Springback Analysis of Low-Power Laser Welded Aluminum Tailor Welded Blanks
MF Jamaludin, AB Abdullah, and F Yusof
Chapter 13 Recent Studies and Related Issues in Tailor Blanks – A Short Review
AB Abdullah and MF Jamaludin
About the Author :
AB Abdullah obtained his PhD from the Universiti Putra Malaysia, Malaysia. Now, he is working at the School of Mechanical Engineering, Universiti Sains Malaysia, with more than 20 years of experience in teaching and research. His research interests include precision sheet metal forming, tool and die design, and wire arc additive manufacturing. He has published more than 100 research papers in various international journals. He has written ten books including as an editor for a research book entitled Hole-Making Technologies for Composites: Advantages, Limitations and Potential, published by Woodhead Publishing, Elsevier, UK in 2019. He is actively involved as a reviewer for the International Journal of Advanced Manufacturing Technology (Springer, USA), the Journal of Material Processing Technology and Measurements (Elsevier), and the Journal of Testing and Evaluation (ASTM International). He is a Certified Train the Trainers under HRDF Malaysia and a Professional Engineer (PEng) registered with the Board of Engineers Malaysia.
MF Jamaludin is a senior researcher at the Advanced Manufacturing and Material Processing (AMMP Centre), University of Malaya, Kuala Lumpur, Malaysia. He is actively involved in research on precision joining of dissimilar materials using low-power laser welding and friction stir welding processes. With more than 10 years of research experience, he has co-authored 24 publications on various topics related to manufacturing processes and is a co-inventor of 14 patents and industrial designs. His current research engagement is on the formability analysis of dissimilar aluminium TWBs using low-power fibre laser joining.
