M. Tech. & B. Tech. Students

 

 

M. Tech. Project in progress

  1. Numerical investigation of open channel flow and flood routing
    Name of student :     Barun Kumar Mishra (Entry No.: 2008CEW2603)

 

M. Tech. Projects Guided

1.      3D CFD modelling of concentration profile in slurry pipeline
Name of student : Samandar Singh (Entry No.: 2007CEW2741)

2.      3D CFD modelling of slurry pipe bend
Name of student : Mahesh Kr. Manker (Entry No.: 2006CEW2646)

3.      CFD modelling of invert traps
Name of student : Vineet Upadhyay (Entry No.: 2005CEW2759)

4.      CFD modelling of slurry pipeline
Name of student : Deepak Kumar Jain (Entry No.: 2005CEW2766)

5.      Prediction of Pressure Gradient in the Transportation of Sand and Silt through Pipes
Name of student : Chhaya V. Patil
Year of award : 1998

6.      Design of Orifice Plate Assembly as a Pressure Reduction Device
Name of student : S.K.Rangari
Year of award : 1999

7.      Energy Dissipation in Flow over Stepped Spillway - A Model Study
Name of student : N.H.Telang
Year of award : 1999

8.      Improved Software for Optimum Design of Branched Distribution Network and Rising Main
Name of student : P.J.Fegade
Year of award : 1999

9.      Estimation of Deposition Velocity in the flow of Multisized Particulate Slurries through Pipes
Name of student : R.R.Dighade
Year of award : 1999

10.  A Study of Various Dams in Vidarbha Region for Cavitation on Spillway Surface and Software for the Design of Aerator
Name of student : S.J.Nikam
Year of award : 1999

11.  Time Scale for Local Scour around Bridge Piers - A Model Study
Name of student : A.D.Bele
Year of award : 1999

12.  Development of Bed Load Friction Factor Equation and Pressure Drop Prediction in Slurry
Transportation Pipeline and Rectangular Duct
Name of student : S.G.Wath
Year of award : 1999

13.  Optimization of Slurry Transportation Pipeline
Name of student : V.P.Brahmankar
Year of award : 1999

14.  Improved Methodology for Computation of Free Board on the basis of Data for Various Dam Projects in Vidharbha Region
Name of student : Aniket M. Dakwale
Year of award : 1999

15.  Modified Two Layer Model for the Prediction of Pressure Drop in Flow of Multisized Particulate Slurries through Pipes
Name of student : Syed Zafar
Year of award : 1999

16.  Prediction of Concentration and Particle Size Distribution in the Flow of Multisized Particulate Slurries through Pipes
Name of student : Meenal Indurkar
Year of award : 2001

17.  Design of a Pressure Reduction Device for Exhaust from a High Pressure Process Liquid System
Name of student : K.K. Ahmed
Year of award : 2000

18.  Prediction of Velocity Distribution in the Flow of Multisized Particulate Slurries through Pipes
Name of student :  A. Srivastava
Year of award : 2004

19.  Prediction of Velocity Distribution in the Flow of Equisized Particulate Slurries through Pipes   Name of student: Yogita Choudhary 
Year of award : 2004

20.  Optimum Design for Fly Ash Disposal Pipelines in Tuticorin Thermal Power Station, Tamilnadu
Name of student : S.Arumugam
Year of award : 1999

21.  Design of sewer line based on sediment transport principles                                                    Name of student : C. Clement
Year of award : 2004

  1. Design of a Pressure Reduction Device for Exhaust from a High Pressure Process Gas System
    Name of student : Akash Langade
    Year of award : 2000

 

B.Tech. Projects in progress

1.      3D CFD based optimum design of multisized particulate slurry pipeline system
Name of student : Manisha Kumari Meena (Entry No.: 2006CE10309)

2.      CFD based design of open channel for hydraulic transportation of solid particles
Name of student : Rahul Khosla (Entry No.: 2006CE10286)

3.      3D CFD based design of eccentric orifice plate for measurement of discharge through SPL
Name of student : Shipra Singhal (Entry No.: 2006CE10296)

4.      CFD based analysis of scour around bridge pier
Name of student : Jitendra Jorwal (Entry No.: 2006CE10265)

 

B.Tech. Mini Projects Guided

1.      3D CFD based design of 18 km long iron ore tailings slurry pipeline using FLUENT
Name of student : Manisha Kumari Meena (Entry No.: 2006CE10309)

2.      CFD based design of slurry pipeline using FLUENT
Name of student : Ashish Surana (Entry No.: 2004CE10247)

3.      3D CFD modeling of concentration distribution in slurry pipeline using Fluent Software
Name of student : Rohan Surana (Entry No.: 2004CE10272)

4.      Optimum design of impeller-blade in slurry mixing tank using Fluent software
Name of student : Ashish Luthra (Entry No.: 2004CE10246)

5.      Optimum design of impeller-blade in slurry mixing tank using Fluent software
Name of student : Aviraj Chatterjee (Entry No.: 2004CE10250)

6.      Optimum design of slurry pipe bend using FLUENT
Name of student : Himanshu Garg (Entry No.: 2005CE10259)

7.      Computation of concentration profile in pipeline using Fluent Software
Name of student : Manas Anant (Entry No.: 2005CE10264)

8.      Computation of pressure drop in slurry pipeline using Fluent software
Name of student : Siddharth Dahiya (Entry No.: 2005CE10292)

9.      Optimum design of pipe bend for water flow using FLUENT
Name of student : Suchir Agarwal (Entry No.: 2005CE10295)


B.Tech. Projects Guided

1.      3D CFD modeling of bi-modal slurry pipeline using Fluent Software
Name of student : Manas Anant (Entry No.: 2005CE10264)

2.      CFD based optimum design of diffuser  using Fluent Software
Name of student : Mitesh Khandelwal (Entry No.: 2005CE10268)

3.      3D CFD modeling of flow through orificemeter using Fluent Software
Name of student : Ramneek Bhargava (Entry No.: 2005CE10280)

4.      CFD based optimum design of invert trap using Fluent Software
Name of student : Sachin Aggrawal (Entry No.: 2005CE10284)

5.      Design of slurry pipeline using Artificial Neural Network (ANN)
Name of student : Rishikesh Meena (Entry No.: 2004CE10302)

6.      Study of turbulent flow through pipeline using Fluent Software
Name of student : Satyendra Singh (Entry No.: 2004CE10587)

7.      Study of compressible flow through pipe nozzle using Fluent software
Name of student : Dhanesh Kumar (Entry No.: 2004CE10297)

8.      Study slurry flow through pipeline at T-junction using Fluent Software
Name of student : Abhishek Kr. Kartikeya (Entry No.: 2003CE10294)

9.      Development of a corelation for pressure drop in slurry pipeline using Artificial Neural Network (ANN)
Name of student : Kailash Meena (Entry No.: 2003CE10165)

10.  Development of Software Package for Optimum Design of Flumes Transporting Multisized Particulate Slurries
Year of award : 2001
Name of students : K.Nadia, P.A.Wadnerkar, Moni S. Roy, Febin Jose

11.  Development of Software Package for Optimum Design of Fly Ash Disposal Pipeline System in Thermal Power Station
Year of award : 2000
Name of students : Rakesh Kumar, Dayanand Arya, Arvind Burman, C. G. Gorab Dorji

12.  Development of Software Package for the Prediction of Concentration and Particle Size Distribution in the Flow of Multisized Particulate Slurries through Horizontal Pipe
Year of award : 1999
Name of students : Anil Gupta, Ashish Gupta, Bharat Bhushan, S. Sharma

13.  Design of Pump Capacity for the Transportation of Multisized Particulate Sand Slurries through Horizontal Pipes
Year of award : 1998
Name of students : Prajapati K., Sanjay Paul, J.P.Mandawra, S. Acharya

14.  Development of Software Package for the Prediction of Pressure Drop in the Flow of Multisized Particulate Slurries through Horizontal Pipe
Year of award : 1997
Name of students : Shashank Joshi, Anil Sharma, R. Chaudhary, M. Tarapurkar