HFSSFT: Industry 4.0 Perspectives 2022: Call for Book Chapters----Handbook of Flexible and Smart Sheet Forming Techniques: Industry 4.0 Perspectives |
Submission link | https://easychair.org/conferences/?conf=hfssftindustry40pers |
Abstract registration deadline | July 15, 2022 |
Submission deadline | August 20, 2022 |
CALL FOR BOOK CHAPTERS (No publication charges)
Book Title: Handbook of Flexible and Smart Sheet Forming Techniques: Industry 4.0 Perspectives
Publisher: John Wiley & Sons, Inc. (Indexed by SCOPUS)
Scope of the book:
This book covers a comprehensive coverage of various Flexible and Smart Sheet Forming techniques like Incremental Sheet Forming and its emerging variants, Latest Progress and research trends in Flexible and smart Sheet Forming, Mechanics of Flexible and smart Sheet Forming, Artificial Intelligence (AI) in sheet forming, Simulation approach in flexible sheet forming, Optimization and Modelling approaches, Applications and case studies from various sectors, Challenges and future prospects of Flexible and Smart Sheet Forming techniques. The coverage of this book, with inputs from worldwide scientists, academicians and professionals, would result in revolutionary and unique compendium in the field of flexible and smart sheet Forming Techniques.
Topics of interest include, but are not limited to the following:
Section: Introduction: intelligent and digital progress
- Flexible and smart Sheet Forming: A state of Art Review
- Incremental Sheet Forming (ISF): A state of Art Review
- Classification and comparison of flexible Sheet Forming with other conventional sheet forming processes
- Emerging Variants of ISF
- Various Process cycle of Flexible and smart Sheet Forming
- Latest Progress and research trends in Flexible and smart Sheet Forming
- Flexible Sheet Forming of metals, polymers and composites
- AI, ML, blockchain and cyber security in Flexible and smart Sheet Forming: developments and opportunities
- Digital twin and intelligent technologies in Flexible and smart Sheet Forming
Section: Hardware and Software of Flexible and smart Sheet Forming: IIOT and digital twin
- Introduction and classification of hardware for novel Sheet Forming
- Design of these Sheet Forming machinery and tools
- CAD/CAM/CAE approach for Flexible and smart Sheet Forming
- A review on different experimental set up of Incremental Sheet Forming
- Industrial Internet of Things (IIOT) and digital twin for Flexible and smart Sheet Forming
Section: Parameters, Responses and Optimization strategies of Flexible and smart Sheet Forming
- Process parameters and their classification
- Various responses of ISF and another flexible sheet forming
- Interaction and tradeoff between process parameters and their solution tools
- Neural Network, Artificial Intelligence and Genetic algorithm-based optimization of Forming process parameters
- Machine learning and other intelligent aspects
- Design of Experiments and Multi objective based optimization
- Robust design analysis techniques of process parameters
- Bio and Nature Inspired optimization
- Experimental and Numerical analysis
Section: Mechanics of Flexible and smart Sheet Forming: Impact of intelligent algorithms and software
- Material deformation and forming mechanism in ISF and other similar flexible approaches
- Residual stress-strain analysis in ISF and other similar flexible approaches
- Material fracture mechanism in ISF and other similar flexible approaches
- Analysis of spring back compensation in in ISF and other similar flexible approaches
- Study on experimental and numerical approach of formability
- Experimental and numerical analysis of sheet thinning, wrinkling
- Statistical strategies to study tool trajectories
- Analysis of energy consumption
Section: Simulation approach in ISF and similar flexible forming
- Finite element simulation approach
- Validation of Incremental Sheet Forming process results by computational techniques
- Sheet fracture analysis by numerical and simulation techniques
- Sheet forming force, dimensional accuracy, geometric stability, sheet failure and forming time prediction by different simulation strategies
Section:Applications of ISF and similar flexible forming
- Application towards biomedical and medical implants
- Near net shape manufacturing in automobile and aerospace sectors
- Case studies and live solutions of industries and society
- Role of ISF and similar flexible forming during COVID-19
Section: Innovations and future directions
- Novel Sheet Forming techniques and hardware
- Destructive and Non-Destructive testing of ISF formed parts
- Formability issues
- Methods to improve dimensional and geometrical accuracy of manufactured parts
- Study on tribological behaviour
- Role of Industry 4.0 and challenges for implementations
- Possibilities towards Industry 5.0
- Post processing techniques
- Challenges and future prospects of ISF and similar flexible forming
Submission Guidelines
Plagiarism of the chapter should be less than 10%. The contribution must be original and unpublished work, not submitted for publication elsewhere. Experimental work and case-studies with novel techniques are more likely for acceptance.
Important deadlines and other information: |
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Proposal Submission Deadline* |
15th July, 2022 |
Proposal Decision Notification: |
20th July, 2022 |
Full Chapter Submission Deadline: |
20th August, 2022 |
First Round Review Reports: |
25th August, 2022 |
Revised Full Chapter Submission: |
30th August, 2022 |
Final decision Notification: |
15th September, 2022 |
* The proposal (Title, Authors with affiliation, Table of Contents, Abstract, Keywords, Nature of work - Review/Research, Detailed Methodology, 8-10 References) should be through the following link: https://easychair.org/conferences/?conf=hfssftindustry40pers
Details and guidelines for full chapter submission will be provided after acceptance of proposal. Editors:
Publication: John Wiley & Sons, Inc. (SCOPUS and Web of Science Indexed)
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