Department of Mechanical Engineering
Prof. M.K. Chowdhary
Head
In developing its undergraduate laboratories, the HCET's Department of Mechanical Engineering has considered the direction in which it thinks the mechanical engineering profession is headed over the next few decades. Computing and information technologies are radically changing how mechanical engineering is practiced. In many industries, these technologies have almost entirely replaced paper-based methods for design and analysis. Advances in networking, software and processing power are on the verge of allowing any engineer to have access to advanced computer-aided design (CAD) and analysis software, web-based communications, information data bases and numerically controlled prototyping processes all seamlessly linked and accessible from a single desktop machine.
This transformation is changing how products are produced and tested. Mass customization is one manufacturing trend being made possible by these technologies. If design and automated manufacturing methods are linked, design changes can be quickly made and converted into finished, custom-designed products.
The fundamentals of mechanical engineering have not changed, but revolutionary changes are occurring in how fundamentals are applied by practicing engineers. The key skill set now in demand for graduating mechanical engineers is comfort in combining the use of computational tools, hands-on intuition and engineering fundamentals. In fact, physical intuition gained from laboratory experiences is perhaps even more critical now than in the past because practicing engineers are expected to make significant design and analysis decisions before any product testing occurs. Our goal in developing our undergraduate laboratories is to prepare HCET's mechanical engineering students to not only meet this demand of the evolving mechanical engineering workplace, but to also be positioned to act as leaders in its transformation.
Laboratories available for students of Mechanical Engineering:
- CAD/CAM
- Refrigeration & Airconditioning
- Fluid Mechanics
- Heat & Mass Transfer
- Automobile
- Turbo Machinery
- Vibration & Noise Control
- Simulation & Modeling
- KOM/DOM
| # | Name | Designation |
|---|---|---|
| 1 | PROF. MANISH KUMAR CHOUDHARY | PROF. & HOD |
| 2 | DR. ABHISHEK SONI | A. PROF. |
| 3 | PROF. DEVANSHU PYASI | A. PROF. |
| 4 | PROF. VIVEK PATHAK | A. PROF. |
| 5 | PROF. BIMLESH KUMARI | A. PROF. |
| 6 | PROF. VIJAY PARASHAR | A. PROF. |
| 7 | PROF. ASHWANI SHRIVASTAVA | A. PROF. |
| 8 | PROF. YADRAM SINGH | A. PROF. |
| 9 | PROF. PRAVEEN JHA | A. PROF. |
| 10 | PROF. SANTOSH BEOHAR | A. PROF. |
| 11 | PROF. RAKESH MEHRA | A. PROF. |
Major Project Presentation
Details of Labs:
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S.NO. |
SEMESTER |
LAB NAME |
MAJOR FACILITY |
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1 |
VIII |
Refrigeration & Air-conditioning
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Air conditioning trainer. |
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Cooling Tower |
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ICE Plant Trainer |
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Domestic Refrigerator Trainer(VCRC Test Ring) |
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Vapour Absorption refrigeration trainer |
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Thermoelectric refrigeration tutor |
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2 |
VIII |
Computer Integrated Manufacturing |
PLC Trainer, Robotic Arm |
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3 |
VIII |
Advance M/c Design |
Parkinson Gear Cutting Tester |
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4 |
VII |
Automobile Engineering |
Electric equipments demo. Board |
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Carburetor in cut section |
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b. Solex Carburetor |
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Fuel pump |
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a. Mechanical type |
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b. Electrical type |
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Differential gear assembly |
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Const. mesh gear box |
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Complete chassis of Jeep |
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Steering Mechanism (Rack & Pinion) |
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Steering Mechanism (Worm & Sector Type) |
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Working Model of clutch system |
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Hydraulic Brake System |
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Suspension System of Fiat car |
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Fuel injection system (Six cylinder) |
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Working Model of ignition system (Four cylinder) |
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Working Model of fuel supply system (Four cylinder) |
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Paddle Pump |
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Rexene Cover |
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Gear Box (Synchronies Type) |
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Cut Section Model of Wankle Engine |
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5 |
VII |
OR and chain supply management |
TORA Software |
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6 |
VII |
Vibration Lab |
Vibration Test rig capable of performing 12 different experiments on vibration analysis. |
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7 |
VI |
Heat and Mass Transfer Lab |
Thermal Conductivity of liquid |
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Thermal Conductivity of insulating powder |
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Thermal conductivity of Gourded hot plate |
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Heat transfer in Natural Convection |
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Heat transfer in Forced convection |
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Heat transfer in Pin-Fin Apparatus |
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Heat transfer from lagged pipe |
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Heat pipe demonstrator |
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Emmissivity Measurement Appararus |
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Composite Wall apparatus |
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Steafan Boltzman Apparatus |
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Critical Heat Flux Apparatus |
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Parallel Flow/CounterFlow Heat Exchanger |
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Drop & Film Condensation Apparatus |
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Critical Heat Flux apparatus |
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Shell & Tube Heat Exchanger |
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Regenerative Heat Exchanger |
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Plate type Heat Exchanger |
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8 |
VI |
Metal Cutting & CNC |
Lathe,Milling,Drilling,Shaping,Gear Tester etc. |
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9 |
VI |
Turbo mechanics |
Francis Turbine Test Rig |
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Pelton Wheel Test Rig |
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Air Blower Test Rig |
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Impact of Jet apparatus |
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Kaplan Turbine Test Rig |
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Air Compressor Test Rig |
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10 |
VI |
Internal Combustion Engine |
Four cylinder Four stroke Petrol enging |
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Single Cylinder Four Stroke Diesel Engine |
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Cut Section Model of IC Engine(Petrol &Diesel) |
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Single cylinder two stroke petrol engine |
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Exhaust gas analyzer |
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11 |
VI |
Computer Aided Engineering |
NY-Nastron |
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(WindowsNT/2000/XP SGI IRIX,HP UX, |
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Sub Solaris,IBM AIX Vol1 of 1) |
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Fe-Map,NX-Nastron |
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Basic,Non Linear Nastron |
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Hyper works |
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Solid Edge |
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IDEAS Artisan |
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IDEAS Simulation |
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IDEAS Mech Design |
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Ketia |
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Ansis |
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12 |
VI |
Dynamics of machines |
Whirling of Shaft Apparatus |
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Cam analysis apparatus |
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Static and Dynamic Balancing Apparatus |
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Motorized Gyroscope |
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Universal Governor Apparatus |
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13 |
V/IV |
Fluid Mechanics |
Apparatus for determination of losses in pipe line |
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Discharge of Notches and Weirs |
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Venturimeter, Orifice meter, Frictional Losses in pipes |
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Bernoulli’s theorem |
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Calibration of Rota meter |
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Determination of Orifice and Mouthpiece |
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14 |
IV |
Theory of machines |
Four bar mechanism |
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Slider crank mechanism |
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Differential gear mechanism |
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Gear train mechanism |
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Universal gyroscope |
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Cam analysis apparatus |
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15 |
IV |
Thermal Engineering.& gas dynamics |
Steam power plant |
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Reciprocating air compressor |
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Centrifugal air compressor |
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16 |
IV/III |
Machine Drawing & Design |
Crank & Connecting rod model |
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Kinematic pairs |
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Internally Expanding Brake |
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Shafting Journal Bearing |
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Knuckle Joint |
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Cotter Joint |
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Gibb & Cotter Joint |
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Tie Rod Joint |
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Socket & Spigot Joint |
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Eccentric Model |
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Expansion Steam Trap |
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Hooks Coupling |
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Flexible Coupling |
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Box or Muff Coupling |
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Flanged Coupling |
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Split Muff Coupling |
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Claw Clutch |
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Feed Check Valve |
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Plate Clutch |
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Fusible plug |
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Locking Bolt |
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Rivets (04 Types) |
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Riveted Joints ( Three types) |
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Lever Safety Valve |
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Spring Loaded Safety Valve |
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Water Gauge |
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Stop Valve (Hopkins type) |
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Crank & Connecting rod model |
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Hooks coupling |
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Foundation bolt set |
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Foundation bolt set of four |
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Key set of five |
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Cross head model |
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Standard bolt |
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Bolts of four type |
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Combined high steam & low water |
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Uniflow steam engine |
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Float steam trap |
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Computer P-4 & softwres like Solid Edge & Auto Cad for Drawing |
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17 |
III |
Kinematics of Machines |
Slide crank mechanism |
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a. Reciprocating Engine Mechanism |
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b. Oscillating Cylinder Mechanism |
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c. Whit worth Mechanism |
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Ellipse Tracer model |
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Watt's Mechanism |
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Kinematic Pairs |
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Oldham's Coupling |
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Single Helical Gears |
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Single Stage Spiral gears |
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Herringbone Gears |
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Geneva Drive |
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Peucelleaur Linkage Drive Model |
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Cam & follower set |
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Sleeve & cotter joint |
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Universal coupling |
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Governor Model (Four Types)
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Band brake model |
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Band & block brake |
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Pantograph mechanism |
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Green economizer |
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Conical friction clutch |
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Slide crank mechanism |
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Single shoe brake |
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Blow-off cock |
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Cam & follower set |
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Sleeve & cotter joint |
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Universal coupling |
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18 |
III |
Thermodynamics |
D-Slide valve steam engine |
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Piston valve steam engine |
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Compound steam engine |
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Uniflow steam engine |
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Cornish Boiler |
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D-Slide valve steam engine |
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Gas turbine models |
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Steam turbine models |
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Turbo Jet engine model |
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19 |
III |
Production Processes |
Lathe, Milling, Shaping, Drilling machines etc. |
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20 |
III |
Strength mechanics of materials |
Impact testing m/c |
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Hardness testing m/c |
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Torsion testing m/c |
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Universal testing m/c(FIE) |
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21 |
V/VI |
Solar Energy |
Precision Pyranometer |
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Thermoelectric Pyreheliometer(Long Tube) |
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Thermoelectric Pyreheliometer(Short Tube) |
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Shading Ring |
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Sunshine Recorder |
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Sunshine Recorder |
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Cord for Sunshine Recorder |
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4-Channel Electronic Integrated Printer |
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Energy sun Tracking Device |
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Single Point Potentiometric Recorder |
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Radiation Integrator |
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22 |
III/IV |
Material Science |
Metzer-M make monocular inclined metallurgical |
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microscope magnification 100X to 675X |
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Metzer-M make singledisc polisher variable speed |
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Metzer-M make belt surface coupled with |
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0.5HP TFFC 220V |
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Metzer-M make muffle furnace temp up to 900C |
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23 |
I/II |
Basic Mechanical Engineering |
Model of two stroke petrol engine |
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Model of four stroke petrol engine |
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Model of two stroke diesel engine |
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Model of four stroke diesel engine |
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Combined high steam & low water |
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Float steam trap |
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Pulley Different type (4 no.) 1 Set |
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Pulley drive singleV belt type |
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Pulley drive doubleV belt 2 speed |
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Loose & fast pulley drive flat belt |
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Single spur gear |
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Two stage spur gear |
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Three stage spur gear |
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Model of Locomotive boiler |
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Model of Lancashire boiler |
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24 |
I/II |
Engineering Mechanics |
Apparatus of Polygon of Forces |
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Compound Screw jack |
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Compound Wheel & Axle |
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Friction slide apparatus |
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M.I. of Flywheel apparatus |
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Screw Jack |
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Simple Jib Crane |
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Triangle & Parallelogram of Forces |
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apparatus |
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Wheel & differential axle |
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Winch crane double purchase |
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Worm & worm wheel(double purchase) |
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Worm & worm wheel(triple purchase) |
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Roof truss apparatus |
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Force apparatus |
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Bending moment apparatus |
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Centrifugal force apparatus |
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Rope brake dynamometer |
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Prony brake dynamometer |
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Universal force table |
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Combined coil and belt force apparatus |
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25 |
I/II |
Engineering Graphics |
Solid Edge version-20 |
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Models of Solids |
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Projection of line apparatus |
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Models f intersection of surfaces |
Important Lab Equipments:
- Vapour Absorption refrigeration trainer: To analyze performance of VARS at different pressure and temperatures using integrated software.
- Parkinson Gear Cutting Tester: To find out different gear cutting parameters using microscope.
- Pelton Wheel & Francis Turbine test rigs.
- Wind tunnel.
- Vibration Test rig capable of performing 12 different experiments on vibration analysis
- Lathe, Milling, Drilling, Shaping, Gear Tester etc.
- Steam power plant
- Soft wares like :
|
Hyper works |
|
Solid Edge |
|
IDEAS Artisan |
|
IDEAS Simulation |
|
IDEAS Mech Design |
|
Ketia |
Laboratories - Professor Incharge & Technical Staff:
| S.N. | Name of Lab | Sem. | In-Charge | Supporting Staff |
| 1 | Basic Mechanical Engg. | I/II | Prof. A.Soni | Mr. Ajay Singh Thakur |
| 2 | Engg. Graphics Lab | I/II | Prof. M.K.Choudhary | Mr. Nawab Khan |
| 3 | Thermal Engg. & Turbo Machinery | VI | Prof. M.K.Choudhary | Mr. Nawab Khan |
| 4 | Fluid Mechanics | IV | Prof. A.Soni | Mr. Rakesh Mehra |
| 5 | Kinematics & Dynamics of Machine and Mechanism | IV | Prof. Yashwant Vishwakarma | Mr. Ajay Singh Thakur |
| 6 | Simulation & Modeling CIM | VIII | Mr. A.Soni | Mr. Rakesh Mehra |
| 7 | Internal Combustion engine | V | Prof. Devanshu Pyasi | Mr. Rakesh Mehra |
| 8 | Automobile Engineering | VIII | Prof. Yashwant Vishwakarma | Mr. Rajeev Singh Thakur |
| 9 | Heat & Mass Transfer | VII | Prof. Devanshu Pyasi | Mr. Rajeev Thakur |
| 10 | Refrigeration & Air-Conditioning | VII | Prof. Devanshu Pyasi | Mr. Rakesh Mehra |
| 11 | Central Workshop | I/II | Prof. M.K.Choudhary | All Instructor |