| AuthorType | Total |
| Corresponding Author | 4 |
| Indexing | Total |
| UGC-CARE List Group II (Scopus Only) | 2 |
| Other | 2 |
Publication Details
| Level | Total |
| International (Within Country) | 3 |
| National | 1 |
Conference / Seminar Details
| Participation | Paper Title | Title of Conference/Seminar | ISBN | From | To |
| Paper Presented / Published | Effect of Specimen Thickness on Mode I Stress Intensity Factor for Additive Manufactured Compact Tension Specimen | 3rd Biennial International Conference on Future Learning Aspects of Mechanical Engineering (FLAME - 2022) | 978-981-83083-37-4 | 03-08-2022 | 06-08-2022 |
| Paper Presented / Published | Stress intensity factors for a plate with slant edge crack built with RM process | IDAD 2018 | 978-981-83083-37-4 | 24-02-2018 | 24-02-2018 |
| Paper Presented / Published | Direct and indirect hard tooling produced by RP Processes | 2nd International conference on Industrial Engineering 2013 | 978-981-83083-37-4 | 15-11-2013 | 15-11-2013 |
| Paper Presented / Published | point cloud to CAD model using reverse engineering software | Recent advances in Mannufacturing | 978-981-83083-37-4 | 19-07-2010 | 21-07-2010 |
| PublicationType | Participation | Total |
| Chapter | Edited | 2 |
Title of Book :
Enriched Numerical Techniques Implementation And Applications
Chapter
(
Edited
) |
Publisher : Elsevier
|
Title of Chapter :
Enriched element-free Galerkin method for modeling large elasto-plastic deformations
| Participation | Affiliating Institute |
| Co-Author | Islamic University of Science and Technology |
|
Title of Book :
Lecture Notes in Mechanical Engineering
Chapter
(
Edited
) |
Publisher : Springer, Singapore
|
Title of Chapter :
Stress Intensity Factors for a Plate with Slant Edge Crack Built with Rapid Manufacturing Process
| Participation | Affiliating Institute |
| Main Author | Chhotubhai Gopalbhai Patel Institute of Technology, Uka Tarsadia University, Gopal-Vidyanagar, Maliba Campus, Surat, Gujarat, 394350, India |
|
| Name | Participation | Total |
| Faculty Development Program (FDP) | Resource Person | 2 |
| Year Wise | Total |
| 2024 | 1 |
| 2025 | 1 |
| Name | Title | Agency | Funding Agency | Duration | Mode | From | To |
| Faculty Development Program (FDP) | Innovation, Prototyping & Technology-Driven Manufacturing | Centre for Innovation and Entrepreneurship Development (CIED), IUST | Islamic University of Science and Technology | One Week | Offline | 25-08-2025 | 29-08-2025 |
| Faculty Development Program (FDP) | Current trends in the Additive Manufacturing technology | NIT Srinagar | National Centre for Additive Manufacturing | One Week | Offline | 26-02-2024 | 01-03-2024 |