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Dr.Sagar Gaddamwar

Linquip Level: Advanced

Maharashtra, India

Ph.D in Mechanical Engineering

Viewers: 14Followers: 0Followings: 0

About:

I am passionate about my teaching and research activities. My objectives are to provide quality higher education to my students, so that they contribute to our society and the nation, in real sense. I aspire that my students are competent to apply principles of Engineering coupled with Mathematics to solve real-time Mechanical Engineering problems.


Experienced Assistant Professor is skilled in AutoCAD, Thermal Engineering, CFD, Phython 3.7, Microsoft Excel, and CATIA. Strong education professional with a Doctor of Philosophy - Ph.D. focused on Mechanical Engineering from Sant Gadge Baba Amravati University, Amravati. My publication record includes articles in SCI/Scopus/Peer-Reviewed Journals and Conferences. Several other publications are currently under review. I have published 03 Patents, and I authored the "Membrane Helical Coil and Membrane Serpentine Tube" book of the version of LAP LAMBERT Academic Publishing, ISBN:978-620-0-50430-2.


I love challenges and will rise to the occasion to make my endeavors a success. I've told that I have immense potential and drive, intellectually capable of high-quality multitasking, and an excellent time manager irrespective of the complexity, urgency, and multitude of tasks at hand. I enjoy working with people, and I find myself forever in a learning mode.

Skills (Expertise):

Cfd Modelling

Mechanical Engineering

Projects:

CFD Modelling and Analysis

Owner: Gyrodrive Machineries Private Limited

06 Jan 2020 - 27 Jul 2020. 7 months

Heat exchangers have always been an important part to the lifecycle and operation of many systems. A heat exchanger is a device built for efficient heat transfer from one medium to another in order to carry and process energy. Typically one medium is cooled while the other is heated. They are widely used in petroleum refineries, chemical plants, and petrochemical plants. The purpose of this work is to design and analysis an heat exchanger, especially for shell and tube heat exchange which is the majority type of liquid to liquid heat exchanger with baffle for induced turbulence and higher heat transfer coefficient.

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