Mechanical Engineering

Laboratory Details of Mechanical Engineering Department

Flexible Manufacturing System
 
  • Name of Laboratory: Flexible Manufacturing System
  • Devices available in the laboratory
  • CNC Milling Machine
  • CNC Lathe machine
  • Aristo Six Axis Robot
  • Sinwave Engineering Robot
  • Automated storage and retrieval system
  • Assembly station
  • Automated guided vehicle
  • Area of Laboratory: 1200 Sq. feet
  • Lab Incharge:
  • Prof. Laukik P Raut,
  • Assistant Professor,
  • Department of Mechanical Engineering.

Automobile Engineering Laboratory
 
  • Name of Laboratory: Automobile Engineering Laboratory
  • Devices available in Lab
  • Sectioning of Engine Assembly
  • Sectioning of Transmission Assembly
  • Sectioning of Complete Mahindra Genio Assembly
  • Old tested Transmission Assembly with Transfer case
  • Old tested engine assembly engine
  • Old Tested Clutch and Pressure plate
  • Old Tested power Steering machine with column
  • Old Tested Front Axel
  • Old 4WD  Propeller Shaft
  • Old Tested Chassis on wheel

Laboratory Area = 1200 sq. ft
Lab Incharge Details :
Dr. N. P. Awate
Assistant Professor,
Department of Mechanical Engineering.


Machine Shop Laboratory
 
Name of Laboratory : Machine Shop Laboratory
Configuration of the devices available in the laboratory:
  • Lathe Machine
  • Gear Drive Center lathe, 3Phase, 1400RPM,  Distance between centre- 1000MM, Length of  bed- 1800 MM.
  • Shapping Machine
  • Radius Maximum stroke -660mm, Length of ram-1294 mm, Maximum distance table to ram- 457 mm,.
  • Milling Machine
  • Heavy duty machine with Index Head.
  • Slotting Machine
  • Working stroke- 15mm, Surface table size- 350x225.
  • Surface Grinder
  • Horizontal surface grinder   600x200 mm
  • Chop saw model
  • Single Phase, Make- Bosch.
  • Long Neck High speed grinder
  • Single Phase, Make- Bosch
  • Hot Air Blower
  • Single Phase, Make- Bosch
  • Radial Drilling Machine
  • Maximum dill capacity- 32 mm,
  • Bench Grinder
  • Single phase, 0.75 HP
Area of the Laboratory                                                         :           2400 Sq.ft
Project/ Practical conducted in the Laboratory:
  • Demonstration and operation on lathe machine using single point cutting tool.
  • To perform facing and plane turning operation on lathe machine.
  • To perform step turning and taper turning operation on lathe machine.To find out of Stefan Boltzmann constant.
  • To perform drilling, internal threading and knurling operation on lathe machine.
  • To perform practical on drilling machine.
  • To perform practical on milling machine-Gear cutting.
  • To perform tool grinding on grinding machine.
  • Open ended practical: Demonstration on power hacksaw machine
  • Open ended practical: Demonstration on shaper machine
  • Mini project
List of the Software available or installed in the laboratory: Nil
Lab In-charge Details :
Associate Professor
Mechanical Department

Name of Laboratory: Welding Shop Laboratory
 
Name of Laboratory: Welding Shop Laboratory Configuration of the devices available in the laboratory:
  • Welding  Machine
  • 200 Amp. Portable
  • Drilling Machine
  • Maximum   Drill capacity- 10 mm, Single phase
  • Gas Welding Machine
  • Oxy- Acetylene cylinder welding torch
  • 4. Table Grinder Machine
  • Single Phase, 0.75 HP.
  • 5. Slim Design Shear model
  • Single Phase, make- Bosch
  • 6. Sander Model
  • Single Phase, make- Bosch
  • 7. Pipe bending Machine
  • Manually operated machine
  • Area of the Laboratory                                                         :           1200 Sq.ft.
    Project/ Practical conducted in the Laboratory:
  • Practical on Pattern Making.
  • Practical on Mould Making.
  • Practical on Casting.
  • Practical on Arc Welding
  • Demonstration on Gas Welding
  • Practical on Soldering
  • Mini project/Fabricated model using arc welding
  • Mini project/casted model using pattern making, molding, and casting.
List of the Software available or installed in the laboratory:         Nil

Lab In-charge Details:
Dr. V.N. Bhaiswar
Associate Professor
Mechanical Department

Carpentry Shop Laboratory
  • Name of Laboratory: Carpentry Shop Laboratory
    Configuration of the devices available in the laboratory:
    • Wood Turning Lathe Machine
    • Belt Drive Speed lathe, 1Phase, 1400 RPM
    • Wood Saw Machine
    • 1400 RPM, Single Phase
    • Planer Model Machine
    • Single Phase, make- Bosch
    • High Finish Roater model Machine
    • Single Phase, make- Bosch
    • Area of the Laboratory                                                         :           1200 Sq.ft
    • Practical on Pattern Making.
    • Practical on Mould Making.
    • Practical on Casting.
    • Practical on Arc Welding
    • Demonstration on Gas Welding
    • Practical on Soldering
    • Mini project/Fabricated model using arc welding
    • Mini project/casted model using pattern making, molding, and casting.
    • List of the Software available or installed in the laboratory: Nil

    Lab In-charge Details: Dr. V.N. Bhaiswar Associate Professor Mechanical Department


     Name of Laboratory: Smithy Shop/Fitting Shop Laboratory
    Name of Laboratory: Smithy Shop/Fitting Shop Laboratory
    • Configuration of the devices available in the laboratory :
    • Open Hearth Furnace
    • 0.5 HP, Single Phase
    • Drilling Machine
    • Maximum   Drill capacity- 10 mm
    • Grinder Machine
    • 3-Phase, 1 HP
    • Power Hack saw Machine
    • 7” capacity, 3 phase
    • High power saber with accessories
    • Single Phase, 0.75 HP.
    • Mini Angle Grinder
    • Single Phase, 0.75 HP.
    • 7. Jig Saw Machine
    • Single Phase, 0.75 HP.
    • Area of the Laboratory                                                         :           1200 Sq.ft
    •  Project/ Practical conducted in the Laboratory:
    • Practical on Pattern Making.
    • Practical on Mould Making.
    • Practical on Casting.
    • Practical on Arc Welding
    • Demonstration on Gas Welding
    • Practical on Soldering
    • Mini project/Fabricated model using arc welding
    • Mini project/casted model using pattern making, molding, and casting.
     List of the Software available or installed in the laboratory:  Nil

    Lab In-charge Details:
    Dr. V.N. Bhaiswar
    Associate Professor
    Mechanical Department



    Refrigeration & Air Conditioning Laboratory
     
    Name of Laboratory: Refrigeration & Air Conditioning Laboratory Configuration of the devices available in the laboratory
    • Vapour Compression Test Rig
    • Vapour Absorption Refrigeration system.
    • Desert cooler system
    • Vortex Tube Refrigeration System
    • Adiabatic Demagnetization Refrigeration System
    • Air Conditioning Test Rig.
    • Steam Jet Refrigeration System
    • Thermoelectric Refrigeration System
    • No. of devices available in the laboratories 08
    • Lab utilization (Area of the Laboratory)  1024 Sq.ft.
    • Lab utility for UG & PG practical’s conducted in the Laboratory
    •  Project/ Practical conducted in the Laboratory
    • Mini Ice Plant Set-UP.
    • Thermo Acoustic Refrigerator.
    • Vapour Copmression-Thermoelectric hybrid refrigeration system.
    • Rectangular fluidized bed dryer with triangular wavy walls.
    • Number of PC’s : 3
    • Configuration : Lenovo 1 Desktop PC with window XP Intel(R) core (TM)2Duo CPU 2.93GHz  1.96 GB of RAM
    • Configuration : Dell 2 Desktop PC with window XP Intel(R) Pentium (R) CPU 2.89GHz .89 GB of RAM
    • Sanctioned RPS project from AICTE in 2008-09
    • Title: Heat transfer in a Sound Assisted Fluidized Bed
    • Grant Received: Rs.8.8 Lacs
    • Principal Investigator: Dr. U. S. Wankhede

    Lab In-charge Details
    Prof. Ashish S. Raut 
    Assistant Professor,
    Department of Mechanical Engineering.



    Energy Conversion Laboratory
     
    Name of the Laboratory: Energy Conversion Laboratory
    • Number of  Test Rig Available in Labs : 07
    • Number of PC’s : 1
    • Area of Laboratory: 105 Sq. meter
    • List of Practical’s in Laboratory:
      • Trial on Rotary Air Compressor (Roots Blower)
      • Trial on computerized Two stage  reciprocating air compressor.
      • Trial on Computerized Single Cylinder four stroke diesel engine with eddy current dynamometer
      • Trial on diesel generator
      • Trial on domestic refrigerator
      • Trial on vapor absorption refrigeration system
      • Measurement of pollutants of diesel engine using smoke meter and exhaust gas analyser
      • Dismantling and reassembling the fuel injector pump and carburetor of internal combustion engine to observe the internal details of various parts.
    • Open Ended Experiments (Any One)
      • Experiment on Ignition probability of fuel
      • Measurment of Engine vibration using FFT analyser                                                                      

     Lab_In_Charge:  
     Prof. Vivek  W. Khond
    Assistant Professor
    Mechanical Engineering Department



    Heat Transfer Laboratory
     
    Name of Laboratory: Heat Transfer Laboratory Configuration of the devices available in the laboratory :
    • Thermal Conductivity of Composite Wall
    • Slab assembly arranged symmetrically on both sides of heater, Heater : Nichrome heater wound on mica former and insulation with control unit capacity 300 watt maximum.
    • Thermal Conductivity of Insulating Powder
    • Radius of the inner copper sphere, ri = 50mm, Radius of the outer copper sphere, ro = 100mm,Voltmeter(0-100-200V),Ammeter (0.2Amps),Temperature Inducator 0-3000C calibrated for chromel alumel.,Dimmerstat 2-2A, 0-230V.
    •  Emissivity Measurement Apparatus
    • Test plate = Ф165mm material ,
    •  Blate plate = Ф165mm (Alluminium)
    • Stefan-Boltzman Constant Determination Apparatus
    • Hemispherical enclosure = 200mm, Suitable sized water jacket for hemisphere.
    •  Pin-Fin Apparatus
    • Dust size = 150mmX100mm, Diameter of the fin = 12.7mm, Diameter of the orifice = 18mm, Diameter of the delivery pipe = 42mm
    • Concentric Tube Heat Exchanger
    • Heat exchanger : Inner tube Dia 12.5mm,O.D 11.5mm, I.D Copper tube, Electric heater- 3kg.
    •  Natural Convection Test Rig
    • Diameter of the tube (d) = 38mm, Length of tube (L) = 500mm, Dust size 200mmX200mmX800mm Length, Multichannal Digital Temperature Indicator 0-3000C using Chromel / Alumel thermocouple, Ammeter 0-2 Amp. And Voltmeter 0.200 Volts, Dimmerstat 2 Amp. 240 Volts.
    •  Unsteady state heat transfer
    • Test piece material : brass (K = 100 W/mK; p = 8500 kg/m3;cp = 385 J/Kg-K)
    •  Shell and tube heat exchanger
    • Shell : internal diameter (l.D) = 106mm, outer diameter (O.D) = 114mm, Thickness (t) = 4mm
    • Parallel flow and counter flow heat exchanger
    • Inner tube material = Copper , outer diameter = 12.5mm, inner diameter  = 10.6mm, Outer tube material = G.l., inner diameter  = 28mm, outer diameter = 33mm
    • Cross flow heat exchanger
    • Inner tube material = Copper, Inner diameter (di) = 8mm, Outer Diameter (do) = 10mm
    • Plate type heat exchanger
    • Width of plate(b) = 0.078mm, Height of plate (L) = 0.193mm, Plate Spacing (S) = 0.003mm
    • Heat transfer Through lagged pipe
    • Pipes : Gl pipe (inside) = 58.2mm, Gl pipe (middle) = 105mm, Gl Pipe (outer) = 156mm, Length of pipes(L) = 
    • Heat transfer in forced convection
    • Pipe Diameter (D0) = 33mm, Pipe Diameter (Di) = 28mm, Length of test section (L) = 400mm
    Area of the Laboratory                                                         :           1132 Sq.ft.
    Project/ Practical conducted in the Laboratory:
    • To find out of thermal conductivity & total thermal resistance of composite Wall.
    • To find out of free convective heat transfer coefficient for air flow over a vertical surface.
    • To find out of temperature distribution and heat transfer rate from a fin under.                                                                              a) Free Convection  b) Forced Convection Conditions
    • To find out of emissivity of non - black surface.
    • To estimate the film heat transfer coefficient in unsteady state heat transfer.
    • To determine overall heat transfer coefficient and Effectiveness of Cross flow heat exchanger.
    • To find out of heat flow rate and thermal conductivity of lagged pipe.
    • To find out of Stefan Boltzmann constant.
    • To find out of thermal conductivity of an insulating material in powder form
    • To find out of convective heat transfer coefficient using nanofluids (Open Ended Experiment)
    List of the Software available or installed in the laboratory:
    • Development of Dye Sensitized Solar Cells
      1.IV Curve Analyzer System(Model No.PECK2401-N2)
      2.Study State Solar Simulator (Model No.PEC-L01)
    • Pyranometer
    Lab In-charge Details :
    Prof. Y.N.Nandanwar
    Assistant Professor
    Mechanical Engineering Department


    PG COMPUTER LAB  W-24
  • Name of the Laboratory : PG Computer Lab (W-24)
    Configuration of the devices(PC)  available in the laboratory: MAC PCs  
    • No. of devices available in the laboratories:25+5=30
    • Lab utilization(Area of the Laboratory): = 900 Sq.Ft
    • Project/ Practical conducted in the Laboratory:
    • Computer Application in Mech Engg (CAME) V Sem
    • Skilled Curses- 3rd Sem,
    • CACD, Cloud Computing & PIPL- CSE Branch
    • List of the Software available or installed in the laboratory.:
    • ANSYS, CATIA, MATLAB. JAVA, C, C++,
    • Lab In-charge Details: Dr A M Khalatkar
    • Number of  3D PRINTER :3, Accucraft i250D & 999 Duel Extruder
    • Work Volume: 250 x 250 x 300 mm.
    • Accuricy : 100 Microns
    •        Number of PC’s : Apple with MAC and Windows: 25                                                                    Desktop PCs: 5
    • APPLE: I-MAC 54.6 cm screen, 1 TB Storage, Intel Core I-5 , 1.6 GHz 8 GB RAM
    • Desktop PCS: Dell, Intel I-3, 1.6 GHz
    Configuration : Desktop PC with Pentium i3 processor 3.07 GHz,  4 GB DDR, 250GB HDD, Dual boot Win XP as well as ubuntu  
    Lab In-charge Details :
    Dr. A.M. Khalatkar
    Assistant Professor
    Mechanical Engineering Department


    Material Engineering Laboratory
     
    Name of laboratory: Material Engineering Laboratory No. of devices available in the laboratories and Configuration of the devices available in the
    Sr. No. Name of Item Specification Accession No.
    1 Censico make inver teal binocular microscope CENSICO MM-XIV GHRCE/MECH/META/99-2000/01
    2 Metzer inclined monocolour metaluurgical microscope   ASSCE/Mech/Met/99-2000/01to004
    3 Metzer inclined monocolour metaluurgical microscope METZ-784 ASSCE/Mech/Met/97-98/1to005/
    4 Jominy end quench hardenability set up ASSCE/Mech/Met/97-98/09
    5 Dry belt polishing machine (double belt) METATECH ASSCE/Mech/Met/97-98/07
    6 Meta tech muffle furnace with digital temp controller METATECH, 6"x6"x12" ASSCE/Mech/Met/97-98/06
    7 Meta tech double disc wheel polishing machine METATECH ASSCE/Mech/Met/97-98/08
    8 Machine Fatigue  Test GHRCE/Mech/RPS.Project/2013-14/01
    9 Dell Computer Dell GHRCE/STORE/CS/CSE/2013-2014/16
    Lab utilization (Area of the Laboratory): 678.12 sq.ft. Project/ Practical conducted in the Laboratory:
    • Preparation of the specimen for metallographic examination
    • Detailed study of the optical microscope for metallographic examination.
    • Phase identification of equilibrium cooled plain carbon steels
      • Hypo eutectoid
      • Eutectoid
      • Hyper eutectoid
    • Micro structural examination of cast iron
      • Grey
      • Malleable
      • Nodular
    • Property Structural co-relation for basic heat treatment processes for plain carbon steels
      • Annealing
      • Normalizing
      • Hardening
    • Hardenability measurement using Jominy End Quench set up.
    • Hardness measurement and detailed study of Rockwell hardness testing machine.
    • Tensile Testing of Mild Steel using universal Testing machine
    • Impact testing of metallic material using charpy/izod test procedure
    • Phase identification nonferrous materials (Al-si, brass, Bronzes)
    • Characterization of Material by using Scanning electron microscope. (Case study)
    • Testing of Material for fatigue life (Case study/Mini project) Open ended experiments – Optimal design and development of electric furnace.

    Lab In-charge Details
    Prof. V. P. Kalbande
    Assistant Professor
    Mechanical Engineering Department



    UG CAD/CAM Laboratory
     
    Name of laboratory:  UG CAD/CAM Laboratory
    • Configuration of the devices  available in the laboratory
    • Apple system with imac21.5 inches, Duel core, 1.4 Ghz, /8GB, /500GB/- 25 NOS
    • Lenevo system :- R4, 2.93Ghz,1.96 Gb ;- 1 nos
    •  No. of devices available in the laboratories
    • AC :- AmTrex 1.5 ton :-  2 Nos
    • UPS:- APC smart UPS 6 KVA;- 1 Nos
    • HP Printer 1020:- 1 Nos
    Lab utilization(Area of the Laboratory)
    Area:- 1097 sq.ft.
    Project/ Practical conducted in the Laboratory.
    Project:-
    •  Student Cart Design Challenge;-  CAD design work
    • Bharat Formula Karting Championship CAD design work
    • Aero Design Challenge   CAD Design work 
    • Other Final year design work
    • Practical
    • Theory Class of    CAMD of Third Semester Sec A/B
    • Practical Theory Class of    CAMD of Third Semester Sec A/B
    • Theory Class of    CAME of  fifth  Semester Sec A/B/C/D
    • Practical Class of   DSC subject    CSE Department of Third Semester
    • Skill Enhancement course of CAME
    • Skill Enhancement course of  Hypermesh
    • Skill Enhancement course of Ansys
    • Skill Enhancement course of AI ML
    • Skill Enhancement course of 3D printing and Glider
      List of the Software available or installed in the laboratory.
    • CATIA V5R10
    • FUSION 360
    • MATLAB
    • SIMULINK
    • HYPERMESH
    • FEASTA
    Lab In-charge Details

    Dr. Nilesh Awate,
    Assistant Professor of Mechanical engineering Department
    Research Ex:- 2 year
    Teaching Exp:-9 Year
     Software :- CATIA, AUTODESK INVESTOR, PRO-E  CREO
    Specialization:- Farm Equipment Design and  development,Vehicle dynamics and Designing,CAD


    Research Project LAB[E-48]
     
    1.      Name of laboratory:  Research Project LAB[E-48]
  • 2.      Configuration of the devices available in the laboratory
    • Number of PC’s : 25
    • Configuration : Desktop PC with a Intel(R) Pentium (R)  processor 2.90 GHz,  4 GB DDR, 250GB HDD.
    • Dell Model : Optiplex 3010
  • 3.      Lab utilization(Area of the Laboratory) :- 650.14 sq.ft
  • 4.      Project/ Practical conducted in the Laboratory
    • CAME
    • CAMD
    • CACD
    • JAWA
    • R-Studio
    List of Software installed on all Computers:
    • MATLAB
    • Lab view
    • CATIA v5
  • All Microsoft Software (Microsoft Developer Network Academic Alliance)
    e.g. Net, Share point, Office.
    • JAVA, C, C++, Ruby, Eclipse etc.
    • R-studio
    • Adobe Software
    • Python
    •  OpenOffice

    Lab In-charge Details
    Prof. Rakesh Kumar Haldkar
    Assistant Professor
    Mechanical Engineering Department

  • UG COMPUTER PROGRAMMING LAB – E51
  •  
  • 1.      Name of laboratory: UG COMPUTER PROGRAMMING LAB – E51
  • Configuration of the devices  available in the laboratory
  • Intel Core 2 Duo Processor
  • Windows 8 operating system
  • 32 bit processor
  • 1 GB RAM
  • No. of devices available in the laboratories – 16 Computers
  • Lab utilization(Area of the Laboratory) – 300 sq. ft.
  • Project/ Practical conducted in the Laboratory
  • CAME (Mechanical Dept.)
  • JAVA (Computer Dept.)
  • List of the Software available or installed in the laboratory
  • MATLAB 2013
  • LABVIEW 2013
  • Turbo C++
  • Lab In-charge Details :
    Prof. Abhishek M. Thote
    Assistant Professor,
    Dept. of Mechanical Engineering



    Yamaha Training School
     
  • Name of Lab: Yamaha Training School
  • Devices available in Lab
  • Fuel injector and cleaner
  • FI Diagnostic tool
  • Battery charging system
  • Special tool
  • Bike lift
  • Tool Trolley
  • Engine and Vehicle cut section
  • Bike and Scooters.
  • Laboratory Area = 1800 sq.ft.
  • List of software available in Laboratory: Yamaha diagnostics tool
  • Lab Incharge Details :
    Mr. A D. Pitale ,
    Assistant Professor,
    Dept. of Mechanical Engineering
    Trainer YTS, Nagpur