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"You have the right to perform your prescribed duties, but you are not entitled to the fruits of your actions." - Bhagavad Gita 2.47
"You have the right to perform your prescribed duties, but you are not entitled to the fruits of your actions." - Bhagavad Gita 2.47
Sonu Dhiman is a hardworking and passionate individual who loves to learn new things and explore new opportunities. He is dedicated to his work and always strives to do his best. He is also a great listener and loves to help others. He is a great team player and is always willing to lend a helping. He is also very organized and efficient, which makes him an asset to any team. Yes, He also loves to read. He is an avid reader and started reading at a young age. He has read various books, from classics to contemporary fiction. He also enjoys reading non-fiction books, especially those related to romance and philosophy. He is an avid exerciser. He loves to stay active and fit, and he makes sure to get in some form of exercise every day. He enjoys running, cycling, and playing badminton, and he also likes to mix up his routine with yoga and other forms of exercise. He believes regular exercise is essential for a healthy lifestyle and takes it very seriously. Written by: OpenAI
Publications and Conferences
Publications and Conferences
- Best Paper Award at the International Conference on Experimental Mechanics (ICEM 2024), jointly organised by IIT Madras, ASEM, and ISAM (October 21–24, 2024). Presented research on "Anisotropic and Asymmetric Contact Area Evolution under Tangential Loading: A Fracture Mechanics Approach."
- Technical Talk on "Fracture Mechanics Analysis of Anisotropic and Asymmetric Contact Area Evolution under Tangential Loading" at the Society for Experimental Mechanics Annual 2024 Conference (June 3–6, 2024).
Salient Achievements
Salient Achievements
In the year 2013, under the Uttarakhand state Government’s “Rashtriya Baal Vigyan Congress” Scheme. My innovative ideas on the topic ‘Effective and Efficient Utilization of Wind Energy’ were appreciated by the jury panel. Furthermore, I was awarded the “Baal Vaigyanik Title” in the field of Energy Potential Utilization and Conservation. In 2016 and 2017, under the CETPA Infotech Private Limited training capsule, I successfully completed the six- and four-week summer training in Ansys Simulation and CREO(Pro-E) Design Software, respectively. Post completion of the training, a detailed report on “Thermal Analysis of Fins and Blower Assembly” was submitted to the competent authority for their perusal.Further to augment the aforementioned training knowledge. In 2017, I undertook five days of training on the CNC Part Programming/ Maintenance Module- Turning/ Machining Center organized by Ace-Micromatic Group at HNB Garhwal University.Written by: LtCr. Adarsh Kumar
Selected work
Selected work
Education Background
Education Background
Indian Institute of Science, Bangalore, KA
Indian Institute of Science, Bangalore, KA
Field of Study: Polymer Networks, Contact Mechanics, Soft Materials
Field of Study: Polymer Networks, Contact Mechanics, Soft Materials
Current Status: Pursuing
Current Status: Pursuing
Year of Enrollment: 2nd August 2022
Year of Enrollment: 2nd August 2022
Expected Year of Graduation: 2026-27
Expected Year of Graduation: 2026-27
Indian Institute of Technology, Ropar PB
Indian Institute of Technology, Ropar PB
Department: Mechanical Engineering (Mechanics and Design)
Department: Mechanical Engineering (Mechanics and Design)
Year of Graduation: 2021
Year of Graduation: 2021
Thesis Title: Ballistic Analysis of Ceramic-Composite Armour using LS-Dyna
Thesis Title: Ballistic Analysis of Ceramic-Composite Armour using LS-Dyna
Focus: My research primarily revolves around the field of ballistic analysis and protective materials. I specialize in utilizing advanced simulation techniques, particularly LS-Dyna, to investigate the performance of ceramic-composite armor systems. By conducting in-depth numerical simulations and experiments, my work aims to enhance our understanding of the dynamic response of these materials under various ballistic threats. Ultimately, my research contributes to developing more effective and efficient armor solutions for enhanced protection in critical applications.
Focus: My research primarily revolves around the field of ballistic analysis and protective materials. I specialize in utilizing advanced simulation techniques, particularly LS-Dyna, to investigate the performance of ceramic-composite armor systems. By conducting in-depth numerical simulations and experiments, my work aims to enhance our understanding of the dynamic response of these materials under various ballistic threats. Ultimately, my research contributes to developing more effective and efficient armor solutions for enhanced protection in critical applications.
Hemwati Nandan Bahuguna Garhwal Universit, Srinagar garhwal, UK
Hemwati Nandan Bahuguna Garhwal Universit, Srinagar garhwal, UK
Department: Mechanical Engineering
Department: Mechanical Engineering
Year of Graduation: 2018
Year of Graduation: 2018
Thesis Title: Mechanical and Erosion Wear Characterization of Hybrid Green Composite
Thesis Title: Mechanical and Erosion Wear Characterization of Hybrid Green Composite
Focus: My research is focused on the mechanical and erosion wear characterization of hybrid green composites. These innovative materials combine natural and sustainable fibers with synthetic components to create environmentally friendly and durable materials. Through experimental testing and analysis, my work aims to understand their mechanical properties and resistance to erosion wear, contributing to developing eco-friendly and resilient materials for various applications.
Focus: My research is focused on the mechanical and erosion wear characterization of hybrid green composites. These innovative materials combine natural and sustainable fibers with synthetic components to create environmentally friendly and durable materials. Through experimental testing and analysis, my work aims to understand their mechanical properties and resistance to erosion wear, contributing to developing eco-friendly and resilient materials for various applications.
Achieved Moments
Achieved Moments
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