Dr. Sunil Kumar Gupta



Dr. Sunil Kumar Gupta

Associate Professor
Department of Mechanical Engineering
Motilal Nehru National Institute of Technology Allahabad, Prayagraj, India-211004
E-mail: sunilg[at]mnnit[dot]ac[dot]in
Telephone: 05322271530(O) 8840080740(M)


Thesis Supervised



S.No Research Topic Name of Student Completion/Registration Year
Ph.D. Ongoing
1Synthesis and characterization of composite materials for defence application (with Dr. Kavita Agarwal, Scientist, DMSRDE, DRDO)Ganesh 2020
2Joining of composite materials with polymer nanocomposite adhesiveSwati Gupta2021
M.Tech Students
13D FE Analysis of Single Lap Joint Bonded With Epoxy/Alumina Nanocomposites Adhesives. (Join Alstom company)Ruby Katheriya2020
2Evaluation of fracture toughness of epoxy/alumina Nanocomposite adhesive using FEM (Pursuing PhD from IITBHU Varanasi)Sanjula Pradhan2020
3Durability analysis of lap joint bonded with polymer nanocomposite adhesive.Nadeem Akhtar2019
4Design and analysis of split Hopkinson pressure bar system (Pursuing PhD from IIT Kanpur) Abhishek Kumar Verma2019
5Fracture behaviour of polymer nanocomposite adhesive at different strain rate. (Asstt Engineer, Irrigation Department, UPPSC)Santosh Kumar Gautam2019
6Effect of Elevated Temperature on Shear Strength of Polymer Nanocomposite Adhesives. (Join CPWD, Ministry of Housing and Urban Affairs, Govt. of India)Manish Kumar Gautam2018
7Toughening of epoxy adhesive with alumina nanoparticles in bonded metal joints (with Dr. D K Shukla) (Join Mahle Stuttgart Germany)Dhake Kaustubh Ravindra2016
8Finite element modelling of polymer nanocomposites based adhesively bonded metal joints (with Dr. D K Shukla) (Join Indian Railway)Anurag Bharti2016
9Fracture strength in cleavage of epoxy/alumina nanocomposite adhesives in bonded metal joints (with Dr. D K Shukla) (Pursuing PhD from IIT Kanpur) Manish Kumar Singh2015
10Multilinear elastic stress analysis of single lap joint bonded with polymer nanocomposite adhesive (with Dr. D K Shukla) Santosh Kumar Pandey2015
11Finite element modeling of polymer nanocomposites as an adhesive (with Dr. D K Shukla) Arpit Agrawal 2014
12EDM process performance evaluation by statistical modeling and optimization. (with Dr. Pragya Shandilya) Vipin Tripathi2014
13FEM Based Rail Wheel Analysis with Track Assuming Elastic Foundation (with Prof Mukul Shukla)Aniket Lal2021
14FE analysis of fracture properties of butterfly composite jointsAvnish Pratap Singh 2021
15Fatigue analysis of composite joint bonded with nanocomposite adhesives through FEM (Selected for PhD at IIT Kanpur)Pawan Kumar 2021
16FEM Based Rail Wheel Analysis with Track Assuming Elastic FoundationAniket Lal2022
17Modelling and simulation of dynamic shear strength of single lap joint bonded with adhesivesAnshuman Gautam2022
18Evaluation of Stress Intensity Factor and J-integral of DCB joint with a crack in the adhesive layerAditya Anand2022
19Modal analysis and testing on delaminated composite laminatesManjula Vishwateja2022
B.Tech Students
1Stress distribution on the Dental Implant and its peripheral boneHarish Chand Saurabh, Kamlesh Panwar, Ravi Kumar2021
2Design and development of fin stabilisation system for a Prototype ship Saumya Upadhyay, Ayush Kumar Siddharth, Ravi Sai Sumeeth2020
3Design and analysis of steering system of prototype shipSandeep Kumar Mandal, Satyam Singh 2020
4Development of Portable Cooking System Using Hydroxy Gas Ankit Verma, Arun Kumar Singh, Rahul Yadav, Pande Ritvik Devmani2019
5Design, manufacturing and analysis of prosthetic kneeNitin Niranjan, Swanand Shinde, Vivek Chaudhary, Kunal Gautam2018
6Design and development of high temperature testing system on UTMHemant Rawat, Advitiya Brijesh, Raju Kumar Gupta2018
7Finite element analysis of adhesively bonded single lap joints under compressive mode of loadingSauarbh Purohit, Satendra Kumar Verma, Aditya Mantha 2016
8Analysis of strength of adhesively bonded jointsSumit Singh, Shilpa Misra, Yogendra Kumar2015
9Development of IOT based system to monitor and extinguish firesVachaspati Mishra, Aryaman Arora, Tarun Verma2022