RESEARCH SUPERVISION |
1. |
PhD |
Effects of Cooling hole shapes on film cooling effectiveness |
2. |
PhD |
Optimization based on design by analysis of pressure vessel |
3. |
PhD |
Fuzzy logic based control development of multi-nozzle floating platform |
4. |
PhD |
Seismic analysis of Pressure Vessel |
5. |
PhD |
Seismic analysis of connection pipes of a pressure vessel |
6. |
PhD |
Computational analysis of fracture in pressure vessel |
7. |
MS |
Radiator design for 600 hp diesel engine |
8. |
MS |
Design of fuel injector nozzle for a two stroke diesel engine |
9. |
MS |
Fatigue analysis of connecting crank shaft of a 600 hp diesel engine |
11. |
MS |
Fatigue analysis of connecting rod of a 600 hp diesel engine |
12. |
MS |
Design and development of gasket of a two stroke diesel engine |
13. |
MS |
Computational analysis of formation of super cavitation around a solid object |
14. |
MS |
Development of multi nozzle thrust platform |
15. |
MS |
Computational analysis of steam turbine blade failure |
16. |
MS |
Design and Manufacturing of superheated R-12 steam turbine (B) |
17. |
MS |
Design and Manufacturing of superheated R-12 steam turbine (A) |
18. |
MS |
Development of bellows on polyvinyl chloride circular sleeve (dia=210mm) having built in SS spring wires |
19. |
MS |
Computational analysis of super cavitation around a solid object |
20. |
MS |
Study of failure analysis of thermal power plant general failures |
21. |
MS |
Design Analysis of multi nozzle thrust platform |
22. |
MS |
Determination and validation of modal characteristics of a structure |
23. |
MS |
Design of Compressor for an air conditioner |
24. |
MS |
Design Optimization of 5 – 10 KW axial flow compressor Rotor |
25. |
MS |
Design Optimization of 5 – 10 KW gas turbine combustion chamber |
26. |
MS |
Study of failure analysis of thermal power plant pumps |
27. |
MS |
Feasibility study for manufacturing various types of magnets |
28. |
MS |
Design and Development of super cavitation experimental setup |
29. |
MS |
Study of failure analysis of gas turbines |
30. |
MS |
Design Optimization of 5 KW gas turbine Labyrinth seal and casing |
31. |
MS |
Design of 500 watt centrifugal pump |
32. |
MS |
Five Pressure ratio centrifugal compressor Design |
33. |
MS |
Design of 500 watt axial flow pump |
34. |
MS |
Study of failure analysis of steam turbines |
35. |
MS |
Design Optimization of 5-10 KW Axil flow gas turbine stator |
36. |
MS |
Design Optimization of 5-10 KW Axial Flow Gas Turbine Rotor |
37. |
MS |
Design Optimization of 5-10 KW gas turbine fuel system |
38. |
MS |
Design Analysis of Pelton Turbine using ANSYS |
39. |
MS |
Design Optimization of 5-10 KW Axial Flow Compressor Stator |
40. |
MS |
Design Modification and CFD Analysis of Solar LiBr Refrigeration System |
41. |
MS |
Design and Analysis of 5 bar Axial Flow Compressor |
42. |
MS |
Design and Analysis of 20 gallons Geyser using Solar Parabolic Trough |
43. |
MS |
Pressure Vessel outlet nozzle strength analysis using ANSYS Workbench |
44. |
MS |
Pressurizer Vessel Analysis using ANSYS Workbench |
45. |
MS |
Pressurizer cooling spray Analysis using ANSYS |
46. |
MS |
Design of Pressurizer Vessel using ASME Codes |
47. |
MS |
Optimization of a Pressure Vessel and Study of effects of Ring Stiffeners on stresses in the pressure Vessel |
48. |
MS |
Development of Axial Flow Stream Turbine (Stator) |
49. |
MS |
Design and Manufacturing of Worm Gear system for solar Parabolic Trough |
50. |
MS |
Design of Multistage Hydraulic Jack for 20 tons crane using Pro-E and ANSYS Workbench |
51. |
MS |
Solar Refrigeration System Design based on Lithium Bromide (LiBr) |
52. |
MS |
Development of Steam Turbine (Rotor part) |
53. |
MS |
Performance Analysis of Indigenous Design of 5 KW Gas turbine |
54. |
MS |
Blade Height Modification of Indigenously Designed Manufactured 5 Kw Gas Turbine |
55. |
MS |
Development of Gas turbine Control |
56. |
MS |
Balancing of platform by nozzle control using Microcontroller |
57. |
MS |
Design and Manufacturing of Solar Parabolic Trough |
58. |
MS |
Steam Generation Design Using Solar Parabolic Trough |
59. |
MS |
Design & Development of Solar Tracking Mechanism for Parabolic Trough |
60. |
MS |
Modification in combustion chamber of 5kw gas turbine |
61. |
MS |
Modification in Fuel Supply and Ignition System of 5 KW Gas Turbine |
62. |
MS |
Modification in a Compressor of 5kW Gas Turbine |
63. |
MS |
Vibration Analysis of 5 KW Gas Turbine Blade |
64. |
MS |
Vibration Analysis of 5KW Gas Turbine |
65. |
MS |
Lab Scale Steam Turbine Design for Superheated Steam |
66. |
MS |
Design of Laboratory Scale Steam Turbine for a Saturated Steam |
67. |
MS |
Thermal Analysis of Fuel Rod of PWR |
68. |
MS |
Heat Transfer Analysis of PWR Core |
69. |
MS |
Heat Transfer Analysis of PWR Fuel Assembly Grid Spacer |
70. |
MS |
Heat Transfer Analysis of PWR Fuel Assembly |
71. |
MS |
Optimization of Power Output of Single Stage axial Flow gas Turbine Using ANSYS |
72. |
MS |
Steam Turbine Labrinth Seal Design using ANSYS Workbench |
73. |
MS |
Structural Analysis of a typical PWR pressure vessel (effect of opening) |
74. |
MS |
Structural Analysis of a typical PWR pressure vessel (effect of core) |
75. |
MS |
Structural Analysis of a typical PWR pressure vessel (effect of cylinder thickness) |
76. |
MS |
Temperature difference (cold) for film cooling of gas turbine blades |
77. |
MS |
Temperature difference (hot) for film cooling of gas turbine blades |
78. |
MS |
Operation and testing of lab scale gas turbine (modification of pitch of compressor blades) |
79. |
MS |
Operation and testing of lab scale gas turbine (modification of pitch of blades) |
80. |
MS |
Turbulence effect study of film cooling of gas turbine blades |
81. |
MS |
Operation and testing of lab scale gas turbine (modification of turbine blade profiles) |
82. |
MS |
Film Cooling Adiabatic Effectiveness Optimization Using Slots (Computational: Fluent) |
83. |
MS |
Effect of Opening in Pressure Vessel Cylinder |
84. |
MS |
ASME versus ANSYS Fatigue Based Design of Pressure Vessel |
85. |
MS |
Effect of compound angle Orientations of Semicircular Holes on film cooling Effectiveness Using Cold Coolant. (Experimental) |
86. |
MS |
Design of Lab Scale Solar Dish Thermal Power Plant |
87. |
MS |
Design and Manufacturing of Lab Scale Dynamometer |
88. |
MS |
ASME Versus ANSYS Design of Pressure Vessel |
89. |
MS |
Design and Analysis of 10KW Gas Turbine Engine |
90. |
MS |
Design Data Generation (Stage Loading Coefficient) of Axial Flow Gas Turbine using Fluent |
91. |
MS |
Design of Parabolic Trough Solar Thermal Power Plant |
92. |
MS |
To Study the Effect of Opening in Pressure Vessel Head using ANSYS |
93. |
MS |
Using Cold Coolant Experimental Study for Comparison of Rows of Semicircular and Circular Holes for Film Cooling Effectiveness |
94. |
MS |
Analysis of PARR-I Containment Building Damage, Caused by Reinforcement Bars Deterioration, using ANSYS |
95. |
MS |
Manufacturing of Lab Scale Single Stage Axial Flow Compressor |
96. |
MS |
Effect of Compound Angle Orientations of Semi-circular Holes on Film Cooling Effectiveness |
97. |
MS |
Manufacturing of Combustion Chamber for Gas Turbine |
98. |
MS |
Experimental Study for Comparison of Rows of Semi-circular and Circular Holes fore film cooling Effectiveness |
99. |
MS |
Computational Study of Effect of Compound Angle Orientation of Semi-circular Holes on Film Cooling Effectiveness |
100. |
MS |
Infrared Spectroscopy and its application in the Quality Control of Binary Liquids |
101. |
MS |
Analysis of Stage Loading Coefficient of an Axial Flow Turbine using ANSYS |
102. |
MS |
Computational Study for Comparison of Rows of Circular and Semicircular Holes for Film Cooling Effectiveness |
103. |
MS |
Manufacturing of Lab scale Snubber Test Rig |
104. |
MS |
Fatigue Analysis of Pressure Vessel using ANSYS |
105. |
MS |
Manufacturing of Laboratory Scale Gas Turbine Casing System |
106. |
MS |
Design and development of Mini Hydropower Generation System using Canal Water |
107. |
MS |
Study the effect of Turbulence Intensity on film cooling Effectiveness of Trench and Cylindrical holes |
108. |
MS |
Design of Wind Turbine for Residential Purpose |
109. |
MS |
Study of Effect of Hole Shape on Film Cooling Effectiveness |
110. |
MS |
Design and Analysis of Refrigeration System using Ejector Nozzle |
111. |
MS |
Manufacturing of Laboratory Scale Single Stage Gas Turbine (Shaft System) |
112. |
MS |
Design of Snubber Test Rig |
113. |
MS |
Optimization of Turbine Blade Shape Based on Deflection |
114. |
MS |
Design of Mini Hydropower Generation System |
115. |
MS |
Design of Wind Turbine for Pumping Water |
116. |
MS |
Creep and Fatigue Interaction Study Using Electrical Potential Method |
117. |
MS |
Centrifugal compressor design |
118. |
MS |
Manufacturing of axial flow compressor |
119. |
MS |
Manufacturing of axial flow turbine |
120. |
MS |
Manufacturing of gas turbine combustion chamber |
121. |
MS |
Optimization of turbine blade profile based on deflected shape |
122. |
MS |
Optimization of power transmission shaft of gas turbine |
123. |
MS |
Development of selection criteria of gas turbine bearings |
124. |
MS |
Survey of various leakage preventive methods used in gas turbines |
125. |
MS |
Thermal barrier coating material application and techniques. |
126. |
MS |
Optimization of three dimensional turbine blade profiles for mechanical and thermal stress under film cooling conditions |
127. |
MS |
Heat transfer analysis of turbine blade surface and effect of different thermo-dynamical properties of cooling fluid on external film cooling of turbine blade |
128. |
MS |
Combustion Chamber design for Gas Turbine |
129. |
MS |
Turbine blade film cooling effectiveness variations with different cooling-hole shape under realistic conditions |
130. |
MS |
Design of main Shaft of a Gas Turbine Engine |
131. |
MS |
Heat Transfer Analysis of Turbine blade surface and effect of different thermodynamic properties of cooling fluid on external film cooling of turbine blade |
132. |
MS |
Design of Axial Flow Compressor for Gas Turbine |
133. |
MS |
Optimization of Axial Flow Compressor Blade Profile |
134. |
MS |
Feasibility Study of Materials and Techniques used for Manufacturing Gas Turbine |
135. |
MS |
Design and Analysis of Turbine Blade |
136. |
MS |
Mathematical modelling of creep |
137. |
MS |
Design of an Overhead Cran of 50 tons load capacity using helical gear reducer |
138. |
MS |
Determination of the Effect of Increase in Temperature in the Secondary Stage of Creep |
139. |
MS |
Analysis of Flow over Cylindrical Bodies by finite element Method |
140. |
MS |
Determination of the Effect of Increase in Stress during Secondary Stage of Creep |
141. |
MS |
Optimization of Air Gap in linear solar Concentrator using ANSYS |
142. |
MS |
Optimization of convective heat transfer coefficient in linear solar Concentrator using ANSYS |
143. |
MS |
Optimization of location and size of opening in a pressure vessel cylinder using ANSYS |
144. |
MS |
Optimization of location and size of opening in a pressure vessel head using ANSYS |
145. |
MS |
Design optimization of solar burner using ANSYS |
146. |
MS |
Pre-processor design for finite element analysis |
147. |
MS |
Development of Finite Element Code for Structural Mechanics |
148. |
MS |
Development of Finite Element Code for Thermal Analysis for Static and Transient Studies |
149. |
MS |
Development of Finite Element Code for Dynamic Studies |
150. |
MS |
Development Matrix Solver using C++. |
151. |
MS |
Development of Bezeir Curved based Numerical Integration Method |
152. |
MS |
Creep Analysis using Bimetal Test Specimen at different Temperature and Stress Levels using electrical Potential Method |
153. |
MS |
Creep Behaviour analysis during fatigue at different temperatures |
154. |
MS |
Development of a Preprocessor for Finite Element Code for Solid Mechanics |
155. |
MS |
Preliminary Study of Low Power Nuclear Power Plant aused in Vehicles. |
156. |
MS |
Development of three dimensional solid modeler. |
157. |
MS |
Software development for free form surface generation. |
158. |
MS |
Software development of non geometrical shaped three dimensional objects. |
159. |
MS |
General Purpose Animation Software Development. |
160. |
MS |
General Purpose Animation Software Development. |
161. |
MS |
Software Development for spring design. |
162. |
MS |
Software Development for Shaft design. |
163. |
MS |
Software development for computer interface of universal testing machine. |
164. |
MS |
Hardware development for computer interface of universal testing machine. |
165. |
MS |
Development of a finite element program for stress and thermal analysis. |
166. |
MS |
Mechanical Behaviour Study of materials using electrical potential method. |
167. |
MS |
Design of Valve train of 72 BHP 4 cylinder gasoline engine. |
168. |
MS |
Engine Block and Cooling System Design of a 72 BHP 4 cylinder gasoline engine. |
169. |
MS |
Design of Piston, Connecting Rod, Crankshaft, and Flywheel of 72 BHP 4 cylinder gasoline engine. |
170. |
MS |
Design of Cylinder head assembly and lubrication system of a 72 BHP cylinder gasoline engine. |
171. |
MS |
Design, development and fabrication of multi-throw crank shaft and test rig for a 72 BHP gasoline engine. |
172. |
MS |
Design of high speed system for rotating an atomizing disc (24000 rpm). |
173. |
MS |
Mapping of Electrical Potential Field. |
174. |
MS |
Natural Convection Study in water using pin type fuel element. |
175. |
MS |
Natural Convection Study in water using pin type fuel element. |
176. |
MS |
Development of Computer program for solution of 2D conduction heat equation is steady state. |
177. |
MS |
Creep Fatigue Interaction Study. |
178. |
MS |
Pump Design. |
179. |
MS |
Pressurized Water Reactor Model Development. |
180. |
MS |
Steam Generation System for Educational Nuclear Power Plant. |
181. |
MS |
Design of Condensate System. |