Prof. NIYATI MOULINKUMAR SHAH

Designation : Assistant Professor
Experience : 17 Year 2 Month

Email Id : niyatishah.aero@svitvasad.ac.in
Contact No :02692-274540-Extn: 256

Profile

Niyati Shah, Assistant Professor in Aeronautical Engineering department did her Masters in Jet propulsion and Gas turbine power plants from M S University of Baroda. She is Pursuing her Ph.D. from M S University, Baroda. Gujarat Technological University. She has 15 years of teaching experience and has published 14 research papers in various National and International Journals and Conference proceedings.

Current Activities:

Teaching at UG (Aeronautical Engineering), Guiding final year Projects and industrial problems. Member of Woman Development Cell.

Specialization Areas:

Thermodynamics and Heat Transfer, Jet Propulsion and compressible fluid flow.

Subject Taught (UG):

Engineering thermodynamics, Fluid Mechanics, Aircraft system and instruments, Fundamentals of Turbomachines, Fundamentals of jet propulsion, Theory of heat transfer, Boundary layer Theory.

Qualifications:

Qualification	Specialization	University	Passing year	Class
Ph. D. (Pursuing)	Mechanical Engg.	Faculty of Technology and Engineering, MSU, Baroda	--	-
ME	Jet Propulsion And Gas Turbines	Faculty of Technology and Engineering, MSU, Baroda	2005	PIDIST
BE	Mechanical Engg.	SVIT-Gujarat University	2003	PIDIST

My Experience

01-01-2005 - Till Date

Assistant Professor
Sardar Vallabhbhai Patel Institute of Technology, Vasad

Publication

International Journal :

Rathod, Manish & Shah, Niyati & Prabhakaran, P.. (2007). Performance evaluation of flat finned tube fin heat exchanger with different fin surfaces. Applied Thermal Engineering - APPL THERM ENG. 27. 2131-2137. 10.1016/j.applthermaleng.2006.10.030.
Patel, Krunal & Shah, Niyati & Dsouza, Alice & Gandhi, Shailesh & Jejurkar, Avdhoot & Mehta, Jignesh. (2017). Integrating Finned Tube Heat Exchanger and Liquid Desiccant Cooling. NCIME 2017

International Conference :

Mehta, Jignesh & Shah, Niyati & Patel, Krunal. (2016). A Review on Internally Cooled Liquid Desiccant Air Dehumidifier. ICRTET 2016
Niyati Shah, Jaydeep Trivedi, Dr. N B Mathur, (2010)Flow measurements in 0.55M low speed wind tunnel, ICAME 10, SVNIT SURAT
Niyati Shah, Jigar Sura, S. Ramamurthy, Digital simulation of turbojet engine (2009) ICAME 09, SVNIT SURAT

National Conference :

Shah, Niyati & Patel, Krunal & Mehta, Jignesh. (2016). A Review of Packed Bed and Falling Film Dehumidifiers and Regenerators for Liquid Desiccant Air Conditioning Systems. DAOME 2016
Arnab J Ganguly Dhruvin V Shah, Niyati M Shah, Darshan N Panchal “CFD analysis of an Integrated Ramjet engine” NCRACC 2015
NIYATI SHAH, KHYATI SHAH, DHRUVIN SHAH, , KAILAS I SHARMA, BHAVYA P. DIXIT “Effect of blade aspect ratio on traditional and counter rotating single stage axial compressor” TFSTA 2016
Elesh Manubhai Patel, Jaimin Kiritbhai Varia, Jignesh R. Vala, Niyati M. Shah, Raj Maheshbhai Ranpariya “Design and Flow Analysis of Different Sections of Mw54 Turbojet Engine” Thermal Fluid – Science and Tribo Applications (TFSTA-2016) SVNIT-SURAT ISBN-978-93-5265-440-6.
Rathod, Manish & Shah, Niyati & Prabhakaran, P.. (2007). Performance evaluation of flat finned tube fin heat exchanger with different fin surfaces. Applied Thermal Engineering - APPL THERM ENG. 27. 2131-2137. 10.1016/j.applthermaleng.2006.10.030.
Shah Niyati & Rathod Manish & Prabhakaran, P. (2010), Performance Evaluation of Plate in Cross Flow Heat Exchanger with Different Fin Surfaces, IME 10, Mahajan College of Engineering, Faizpur
Niyati Shah, Khyati Shah (2010), Design and analysis of compressor blade cascade for different incidence angles, IME 10, Mahajan College of Engineering, Faizpur
Niyati Shah, M V Prajapati, A N Patel, J R Vala, Analysis over Box-Wing – A Conceptual Design (2014), ITMAE 14, SVIT VASAD
Niyati Shah, Soha Pathan, Mitesh Panchal, Ankit Patel, Dr. D B Thakkar, Bird strike analysis on leading edge of an aircraft wing, (2014) ITMAE 14, SVIT VASAD
Niyati Shah, P A Deshmukh, S. Desai, D. Shukla Dr. D B Thakkar Drag reduction of blended wing body using computational technique, (2014) ITMAE 14, SVIT VASAD
Niyati Shah, Jay Adhvaryu, Bhavik Hingu, Mehali Brahmbhatt, Vivek Joshi, Numerical investigation of trapped vortex combustor (2014) ITMAE 14, SVIT VASAD
Rathod, Manish & Shah, Niyati & Prabhakaran, P.. (2006), Performance evaluation on plate fin cross flow heat exchanger with rectangular, offset strip triangular and perforated fin surfaces, NCFMFP 2006 , IIT Bombay

Grant Received

Received a grant of Rs 20,000/- from GUJCOST for organizing a Short term training Program on "An Aircraft Design" at Aeronautical Engg. Department from 6-10 Feb, 2018