DEPARTMENT
OF COMPUTER SCIENCE &
ENGINEERING
LIST
OF EXPERIMENTS
Thermal Engineering Laboratory- II
(ME344)
REFRIGERATION AND AIR
CONDITIONING
1. Study of
refrigeration system, charging and trouble shooting
2.
Determination of COP of a refrigeration system
3. Study of
air conditioning system, charging and trouble shooting
4. Study of
year-round air conditioning system. (Not included for examination)
5. Performance
test on a LPG refrigerator system
6. Study of
LPG Refrigerator system (Not included for examination)
HEAT TRANSFER
1.Heat transfer
studies in a pinfin
2.parallel flow
& counter flow heat exchanger
3.Determination
of Stefan Boltzmann constant
4.Determination
of flash point and fire point of the given oil sample.
Thermal
Engineering Laboratory- I (ME337)
I.C. ENGINS LAB & FUELS LAB
1.
-
Study of I.C.
Engines, Components and Loading Devices
-
Valve Timing
and Port Timing Diagrams
-
Performance
Test on 4-stroke Diesel Engine
-
Heat Balance
Test on 4-stroke Diesel Engine
-
Morse Test on
Multi cylinder Diesel Engine
-
Retardation
Test to find Frictional Power of a Diesel Engine
-
Determination
Of Viscosity – Red wood Viscometer
-
Determination
Of Flash Point and Fire Point
2. STEAM LAB
1.Study of
Steam Generators and Turbines
2.
Performance and Energy Balance Test on a Steam Generator
3.
Performance and Energy Balance Test on Steam Turbine.
Metrology Laboratory
METROLOGY LAB (MF331)
1.Straightness
measurements using Autocollimator
2.Measurement
of Taper angle using Tool Makers Microscope
3.Measurement
of various Elements of Screw Thread Using Tool Makers Microscope
4. Measurement
of composite error using Gear Tester
5.Calibration
of optical comparator and measurement of Dimension
6.Determining
the accuracy of Optical Comparator
7.Measurement
of Taper Angle Using Sine bar
8.Measurement
of various angles using Bevel protractor
9.Measurement
of dimensions using Vernier Height gauge
Manufacturing Technology Laboratory
LAB
CODE: ME 233
-
Study of
Lathe
-
Facing and
Plain turning
-
Step turning
-
Taper turning
-
‘V’ Thread
cutting
-
Eccentric
turning
-
forming
-
Knurling and
undercutting
-
Study of
radial drilling machine
-
Drilling,
reaming and tapping
-
Study of
shaping machine
-
‘V’- block in
shaper
-
Study of
milling machine
-
Hexagonal
milling
Fluid
Mechanics and Machinery Laboratory
1.
Determination of the Coefficient
of discharge of given Orifice meter.
2.
Determination of the Coefficient
of discharge of given Venturimeter.
3.
Calculate of the rate of flow
using Rotometer.
4.
Determination of friction factor
for a given set of pipes.
5.
Conducting experiments and drawing
the characteristic curves of centrifugal pump/submergible pump
6.
Conducting experiments and drawing
the characteristic curves of reciprocating pump.
7.
Conducting experiments and drawing
the characteristic curves of Gear pump.
8.
Conducting experiments and drawing
the characteristic curves of Pelton wheel.
9.
Conducting experiments and drawing
the characteristic curves of Francis turbine.
10. Conducting
experiments and drawing the characteristic curves of Kaplan turbine.
CAD
LAB
-
Preparation
of 2D drawing – assembly view of Square head bolt and nuts.
-
Preparation
of 2D drawing – assembly view of Hexagonal head bolt and nuts.
-
Preparation
of 2D drawing – cylindrical head bolt, counder sunk bolt, cup head bolt, T-
head bolt.
-
Preparation
of 2D drawing – flanged nut, spherical seated nut, domed cap nut, Cap stun
nut.
-
Preparation
of 2D drawing – Flange coupling protected type.
-
Preparation
of 2D drawing connecting rod assembly.
-
Preparation
of 2D drawing cam – profile.
-
Preparation
of 3D modeling bolt and nuts.
-
Preparation
of 3D modeling connecting rod.
-
Preparation
of 3D modeling flange coupling.
-
Preparation
of 3D modeling bearing.
-
Creation of
simple geometric bodies – 3D isometric diagram.
CAM LAB
CNC MILLING :
-
study of CNC
machines.
-
Part
programming fundamentals in milling.
-
Profile
milling.
-
Contour
milling with subprogram.
-
Milling with
mirroring operation.
-
Circular
pocketing milling.
-
Rectangular
pocketing milling.
8. Drilling
operation.
CNC TURNING:
1.
part programming fundamentals in
Turning.
2.
Step facing cycle.
3.
Step turning cycle.
4.
Taper turning.
5.
Contour and profile turning.
6.
Box threading cycle.
Engineering Practices Laboratory
Part III
- Mechanical Engineering Practice
1. Study of
Welding
1.1 Square Butt
Joint
1.2 Lap Joint
1.3 Tee Joint
1.4 Single
Fillet corner Joint
2.Study of
Lathe (Basic Machining)
2.1 Turning and
Facing
2.2 Step
Turning
2.3 Drilling in
Lathe
3. Macine
Assembly Practice
3.1 Study of
Centrifugal Pump
3.2 Study of
Air Conditioner
4.
Demonstration
4.1 Smithy
Operations
5.
Demonstration
5.1 Foundary
Operation
5.2 Making
Green Sand Mould Grooved Pulley Spilt Pattern
Dynamics Lab
ME1306 - DYNAMICS LAB
-
Governors –
Determination of sensitivity, effort, etc. for Watt, Porter, Proell,
Hartnell Governors.
-
Cam – Study
of jump phenomenon and drawing profile of the cam.
-
Motorized
Gyroscope – Verification of laws – Determination of gyroscopic couple.
-
Whirling of
shaft – Determination of critical speed of shaft with concentrated loads.
-
Balancing of
reciprocating masses.
-
Balancing of
rotating masses.
-
Determination
of moment of inertia by oscillation method for connecting rod and flywheel.
-
Vibration
system – Spring mass system – Determination of damping co – efficient of
single degree of freedom system.
-
Determination
of influence co- efficient for multi degree freedom suspension system.
-
Determination
of transmissibility ration – vibrating table.
-
Determination
of torsional frequencies for compound pendulum and flywheel system with
lumped moment of inertia.
-
Transverse
vibration – free – Beam, Determination of natural frequency and deflection
of beam.