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Renita sharon monis
Renita sharon monis
Assistant Professor Sr. SMVITM
Verified email at sode-edu.in
Title
Cited by
Cited by
Year
Estimation of Stability Derivatives in Newtonian Limit for Oscillating Cone
A Shabana, RS Monis, A Crasta, SA Khan
IOP Conference Series: Materials Science and Engineering 370 (1), 012061, 2018
112018
An Effect of sweep angle on roll damping derivative for a delta wing with curved leading edges in the unsteady flow
RS Monis, A Crasta, SA Khan
International Journal of Mechanical and Production Engineering Research and …, 2019
102019
Computation of Stability Derivatives of an oscillating cone for specific heat ratio= 1.66
A Shabana, RS Monis, A Crasta, SA Khan
IOP Conference Series: Materials Science and Engineering 370 (1), 012059, 2018
102018
Effect of Sweep angle and a Half Sine Wave on Roll Damping derivative of a delta wing
RS Monis, A Shabana, A Crasta, SA Khan
International Journal of Recent Technology and Engineering (IJRTE) ISSN …, 2019
72019
Computation of Stiffness derivative for an unsteady delta wing with curved leading edges.
RS Monis, A Shabana, A Crasta, SA Khan
International Journal of Recent Research Aspects 4 (4), 2017
72017
Estimation of Damping derivatives for delta wings in Hypersonic Flow for straight leading edge
RS Monis, A Crasta, SA Khan
International Journal of Mechanical and Production Engineering Research and …, 2019
62019
The computation of stiffness derivative for an Ogive in Hypersonic Flow
A Shabana, RS Monis, A Crasta, SA Khan
International Journal of Mechanical and Production Engineering Research and …, 2018
62018
Effect of semi vertex angle on stability derivatives for an oscillating cone for a constant value of specific heat ratio
A Shabana, RS Monis, A Crasta, K SA
International Journal of Engineering & Technology 7 (3.29), 386-390, 2018
62018
Estimation of Stability derivative of an Oscillating cone in Hypersonic Flow.
A Shabana, RS Monis, A Crasta, SA Khan
International Journal of Recent Research Aspects 4 (4), 2017
62017
Supersonic Flow Analysis and Evaluation of Damping Derivative
R Monis, A Shabana, A Crasta, SA Khan
IOSR Journal of Mechanical and Civil Engineering 3, 29-36, 2016
52016
Analysis of Variation of Stiffness Derivative with Mach number and angle of attack for a supersonic flow
A Crasta, A Shabana, R Monis, SA Khan
IOSR Journal of Mechanical and Civil Engineering 2, 97-104, 2016
52016
Pressure and its derivative with respect to piston Mach number for an oscillating cone
A Shabana, R Monis, A Crasta, SA Khan
IOSR Journal of Mechanical and Civil Engineering 2, 74-78, 2016
52016
Analytical Estimation of Stability Derivatives of Wing with curved leading Edges at Hypersonic Mach number
RS Monis, A Crasta, SA Khan
Test Engineering, and Management 83, 13808-13819, 2020
32020
Analysis of Damping Derivatives for Delta Wings in Hypersonic Flow for Curved Leading Edges with Full Sine Wave
RS Monis, A Crasta, M Faheem, K SA
International Journal of Engineering and Advanced Technology (IJEAT) 9, 5457 …, 2019
32019
Recent Assessment and Analysis of Damping Derivatives for Delta Wings in Hypersonic Flow for Curved Leading Edges with Full Sine Wave
RS Monis, A Crasta, SA Khan
Recent Developments in Engineering Research 5, 135-156, 2020
22020
Estimation of Stiffness Derivative of an Ogive for Specific Heat Ratio 1.666
A Shabana, R Monis, ACSA Khan
TEST Engineering and Management” November-December, 5091-5100, 2019
22019
Evaluation of Stiffness Derivative for a delta wing with Straight leading Edges in Unsteady Flow
RS Monis, A Crasta, SA Khan
International Journal of Engineering and Advanced Technology (IJEAT) 8, 754-762, 2019
22019
Estımatıon Of Hypersonıc Unsteady And Qausı-Steady Dampıng Derıvatıves For A Delta Wıngs At Large IncıdenceDrives
RS Monis, A Crasta, SA Khan
International Journal of Advanced Science and Technology 29, 6844-6863, 2020
12020
Comparative Study of Quasi Steady and Unsteady Damping Derivatives for Delta Wings in Hypersonic Flow for Half Sine Wave
RS Monis, A Crasta, SA Khan, P Rajendran, E Sulaeman
Journal of Advanced Research in Fluid Mechanics and Thermal Sciences 92 (1), 1-8, 2022
2022
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Articles 1–19