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Integrated First Degree

B.E.(Biotechnology)
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Prof. Jeevan Jaidi

hyderabad Mechanical Engineering

Professor
Department of Mechanical Engineering

CFD and FEA Modeling and Simulations of Engineering & Manufacturing Processes, Energy conversion Storage and Management in Batteries and Fuel Cells, CFD Studies in Phase-change Materials and Integration with Heat Pipes, Thermal Mechanical Metallurgical Electrical Surface phenomena Modeling in Welding (RSW/FSW/GTAW/GMAW/Laser/Hybrid) process.
Birla Institute of Technology & Science, Pilani
Hyderabad Campus
Jawahar Nagar, Kapra Mandal
Dist.-Medchal-500 078
Telangana, India
jaidi@hyderabad.bits-pilani.ac.in
jaidi_nzb@yahoo.co.in
+91 40 66303548
+91 9705612658
https://www.linkedin.com/in/dr-jeevan-jaidi-19184aa/

(10) Small-scale Resistance Welding of Various Configurations of Fuel Assembly in PHWR: Model development, weld-schedule testing and quality enhancement

Objectives: The primary objective is to develop a Finite-Element based transient 3D electrothermal-mechanical model considering the instantaneous contact surface(s) behavior and validate against the measured data on nugget diameter, maximum voltage and dynamic resistance for a Strip-On-Strip and Wire-On-Wire Resistance Spot Weld (RSW) joints. Subsequently, extend the validated model and test the weld schedules of three differently configured resistance weld joints (Spacer-pad to clad tube, End-cap to clad tube and End-plate to end plug) of Fuel Assembly used in Pressurized Heavy Water Reactor (PHWR).  Finally, minimize the quality variation band by optimizing the respective weld schedules.

PI: Jeevan Jaidi

Sponsored by: Board of Research in Nuclear Sciences (BRNS), DAE

Project duration & amount: 3 years & Rs. 49.96 lakh (proposal seminar given on 22/08/2022

(9) Process and hybrid tool design for higher productivity in FSW butt-joints of thick Al-alloy 2219 plates

Objectives: Design the hybrid tool profile with optimum process parameters for FSW butt-joints of AA2219-T8 thick plates (up to 15 mm) with enhanced welding speeds (up to 1000 mm/min).

PI: Jeevan Jaidi

Sponsored by: Aeronautics Research and Development Board, DRDO

Project duration & amount: 3 years (Sept 2021-Sept 2024) & Rs. 33.12 lakh

(8) Heat Transfer Enhancement Study of Li-ion Battery Pack

Objectives: To design and suggest the optimum coolant conditions such that the maximum temperature (hot spot) on Cell (or Pouch) surface lies within the permissible limit of 25-30°C and the variation of maximum temperatures across the battery is less than 5°C.

Role: Principal investigator

Sponsored by: HBL Power Systems Pvt Ltd., Hyderabad

Project duration & amount: 6 months (Jan 2018- June 2018) & Rs. 5.31 lakh

(7) 300 kW Motor-Controller: Thermal Simulations and Analysis to Study Hot Spots

Objectives: To perform detailed thermal simulations and predict the “Hot Spots” on Controller-Shell surfaces for different motor speeds, Controllers (Derlin and MOSFET) and Controller capacities. Subsequently, based on the predicted peak temperatures on Controller surface, suggest the reliable and economical Controller for the 300kW Motor-Controller used as part of underwater propulsion system.

Role: Principal investigator

Sponsored by: HBL Power Systems Pvt Ltd., Hyderabad

Project duration & amount: 3 months (May - July 2016) & Rs. 2.5 lakh

  1. 300 kW Motor-Controller: Thermal Simulations and Analysis to Study Hot Spots
  1. 300 kW Motor-Controller: Thermal Simulations and Analysis to Study Hot Spots
  1. 300 kW Motor-Controller: Thermal Simulations and Analysis to Study Hot Spots
  1. 300 kW Motor-Controller: Thermal Simulations and Analysis to Study Hot Spots

(6) CFD based Process Optimization of Flotation Cell and Scale-up for Larger Cells

Objectives: To redesign the Flotation Cell process parameters by comparing the proposed CFD based predictions with the experimental data in terms of the air bubble size, dispersion and residence time. Subsequently, propose and develop the process maps for large size Flotation Cells using the concepts of scale-up.

Role: Principal investigator

Sponsored by: Tenova Delkor India, Bangalore

Project duration & amount: 12 months (Dec 2014- Dec 2015) & Rs. 33.16 lakh

(5) Process Modeling and Validation of Flotation Cell: Development of 3-D Multiphase Turbulent Model

Objectives: To develop three-dimensional Computational Fluid Dynamics (CFD) model and predict the water-air bubbly flow dynamics in terms of air bubble size, dispersion and residence time in industrial Flotation Cell. Subsequently, to optimize the design and process parameters for maximum dispersion and residence time of air-bubbles and thereby enhance the Flotation Cell process efficiency. Finally, the selection of best macro-scale models for turbulent two-phase water-air bubbly flow used for scale-up.

Role: Principal investigator

Sponsored by: Tenova Delkor India, Bangalore

Project duration & amount: 4 months (June 2014- Sept 2014) & Rs. 7.83 lakh

 

(4) Effect of the Dynamic Contact Angle (DCA) on Inkjet Droplet Characteristics

Objective: To elucidate dynamic contact angle (DCA) effect on drop characteristics (size and velocity) formed at a commercial piezo-electrically driven drop-on-demand printhead.

Role: Principal investigator

Sponsored by: DuPont R&D, U.S.A

Project duration & amount: 3 months (Year 2006) & Rs. 12 lakh

(3) Model based Optimization of Continuous Carburizing Operation

Objective: To design optimum process cycles for carburization of different auto components in continuous carburizing and heating furnace (CCHF).

Role: Co-Principal investigator

Sponsored by: Tata Motors, Pune

Project duration & amount: 6 months (Year 2005) & Turnkey project (Rs. Not Available)

(2) Model based Optimization of Roller Hearth Annealing Operation

Objective: To design optimum process cycles for annealing bundles of high speed steel (HSS) rods in a roller hearth furnace.

Role: Principal investigator

Sponsored by: GKW Steels Pvt Ltd., Titlagarh, Orissa

Project duration & amount: 6 months (Year 2004) & Turnkey project (Rs. Not Available)

(1) Studies on Weld Pool Convection and Evolution of Macro-microstructures in GMAW Process

Objectives: To study the heat effects on weld pool geometry and final micro-structures in low-carbon alloy steel weldments.

Role: Doctoral Scholar under Prof. Pradip Dutta, IISc, Bangalore

Sponsored by: DST, India

Project duration & amount: Year 2003

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