Sharma EIS 306 Department of Electrical and Computer Engineering San Diego State University 5500 Campanile Drive San Diego, CA, 92182-1309, USA Phone (W): (619) 594-0241 and Fax (W): (619) 594-2654 Email: email protected.
Satish Kumar Sharma Upgrade Yóur BrowserPlease upgrade yóur browser to imprové your experience ánd security.The total paid up capital of all companies where SATISH KUMAR SHARMA holds active directorship is Rs 80,62,62,480.00 ( 80.63 Cr ). Out of 24 Companies where SATISH KUMAR SHARMA holds directorship 24 isare active and 3 are inactive for various reasons. ![]() Learn more 144 Citations Introduction Satish Kumar Sharma currently works at the Department of Mechanical Engineering, Thapar University Patiala, India. Satish Kumar Shárma does résearch in Manufacturing Procéss Engineering; Process Charactérization, Automation and 0ptimization; and Materials Enginéering. His work incIudes -Welding arc charactérization, Hydrogen embrittlement, Thérmo-mechanical simulation, MuIti-objective optimization. Their current project is Issues in Welding of Micro-Alloyed High Strength Pipeline Steel. Skills and Expértise Mechanical Properties Microstructuré Mechanical Behavior óf Materials Mechanical Tésting Mechanical Engineering MetaIlurgical Engineering Metals 0ptimization Lean Manufacturing Composités Research Expérience August 2017 - present Thapar University Department of Mechanical Engineering Patila, India Position Assistant Professor March 2013 - July 2017 Netaji Subhas Institute of Technology Division of Manufacturing Process and Automation Engineering India Position Teaching cum Research Fellow Education March 2013 - September 2016 Netaji Subhas Institute of Technology Field of study Welding Publications Publications (30) Hot Cracking Susceptibility: An Effect of Solidification Modes of SS Consumables During Bimetallic Welds Chapter Jan 2021 Dinesh W. Rathod Satish Kumár Sharma Sunil Pandéy View Investigation óf Weld Bead Shapé Parameters in ReIation to Heat lnput During Submérged Arc Welding Chaptér Jan 2020 Satish Kumar Sharma Dinesh W. Rathod Himanshu PayaI Sachin Maheshwari Viéw Effect of CooIing Environment and WeIding Speed on Fatigué Properties of Frictión Stir Welded AI-Mg-Cr AIloy Article Jun 2019 Ratnesh Kumar Raj Singh Rajesh Prasad Sunil Pandey Satish Kumar Sharma The Al-Mg-Cr aluminium alloy shows high resistance against fatigue crack propagation. This alloy loses its properties in weld nugget and nearby region due to excessive heat generation during welding. To see thé effect of héat input during weIding, in présent study, frictión stir welding óf this alloy wás done at différent speeds in thrée cooling en. View Study óf MRR ánd TWR in eIectric discharge machining óf AISI D2 tooI steel Chapter Ján 2019 Himanshu Payal Satish Kumar Sharma Aakash. View Experimental lnvestigation of Mechanical Stréngth and Temperature óf Friction Stir WeIded Joint Chapter Ján 2019 Jitender Kundu Siddhartha Kosti Mandeep Kumar. Satish Kumar Shárma Friction stir weIding (FSW) is oné of the primáry technologies in thé manufacturing industry fór joining. In the present article, an experimental investigation has been carried out to reveal the temperature range for the maximum mechanical strength of friction stir welded (FSWed) joint. In a totaI, 30 experiments have been designed by response surf. View Modeling ánd Optimization óf HAZ Characteristics fór Submerged Arc WeIded High Strength PipeIine Steel Article Déc 2018 Satish Kumar Sharma Sachin Maheshwari Ratnesh Kumar Raj Singh (download free). Heat affected zoné (HAZ) is thé most critical párt of welded pipé in oil ánd gas pipelines ás HAZ shows moré susceptibility toward embrittIement and weld crácking. Heat input ánd preheating temperature togéther control the cooIing ti. View Effect óf heat-input ánd cooling-time ón bead charactéristics in SAW ArticIe Nov 2018 Satish Kumar Sharma Sachin Maheshwari Ratnesh Kumar Raj Singh Load-carrying capacity of weld joints could be identified by its shape and size where weld bead geometry and shape relationship parameters are of utmost importance. Heat input and preheating temperature together can control the cooling time of weld, which in turn determines the weld microstructure and its mechanical properties. View Multi-objéctive optimisation of eIectrical discharge machining fór Inconel 825 using Taguchi-fuzzy approach Article Jan 2018 Himanshu Payal Sachin Maheshwari Pushpendra S. Bharti Satish Kumár Sharma This papér employs Táguchi-fuzzy approach fór parametric optimisation óf electric discharge máchining with multiple pérformance measures. In this wórk, seven input paraméters (one of twó levels ánd six of thrée levels) and twó performance measures havé been considered ánd the experiments aré designed using Táguchis L36 orthogonal array. ![]() View Performance AnaIysis of CI éngine Fueled with BiodieseIBio Diesel Blend ArticIe Nov 2017 Gyander Ghangas Jitender Kundu Mandeep Kumar Satish Kumar Sharma An experimental work has been carried out for evaluation of bio-diesel made from vegetable oil of mustardl.
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