Nba Lab Details May 2014
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Lab name Equipment/ Machine DetailsArea in
Sq.mQty Experiments/ Jobs performed Course Sem Yr
Determination of the Rockwell Hardness Number
of a standard specimen (with known HRC
number)
Determination of the Brinell Hardness Number of
a standard specimen (with known hardness value)
Material Testing
ab38.18
Measurement of hardness of 0.3% C Plain carbon
steel (a) Non-heat treated and heat treated under
different rates of cooling: (b) Furnace cooled
(Annealing) (c) Air cooled (Normalizing) (d) Oil
quenched (Hardening) and (e) Water quenched
(Hardening) in Rockwell Testing Machine.
As per
syllabus of
ME 493
Torsion testing
machine1
Determine of the modulus of rigidity of the
material and the maximum shear stress induced in
a circular shaft using the torsion equation
Closely coiled
helical springs1
Determination of the spring stiffness and
modulus of rigidity of two closel coiled helical
springs arranged in parallelExperiment on deeflection of a
simply supported beam
Experiment on deflection of a overhung beam
Universal Testing Machine of 400 kN
Capacity1
To study the tensile stress-strain behaviour of
mild steel
Lab name Equipment/ Machine DetailsArea in
Sq.mQty Experiments/ Jobs performed Course emest Year
Deatails of Applications of Machines and Equipments of Diffrentent Labs / Workshops
Mechanical Engineering Department
2nd3rd
Beam with supports 1
pplied
Mechanics
ab
pplied
Mechanics
ab
As per
syllabus of
ME 393
As per
syllabus of
ME 393
Hardness testing
machine1
38.18
38.18
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Venturi Meter test rig, Make: Technical
Teaching (D) Equipment, Tank area: 400
mm X 300 mm, Dia of Throat : 26 mm Dia
of pipe(Inlet): 16 mm
1Determination of coefficient of discharge of
flowing fluid through pipe by venturimeter
Orificemeter test rig, Make:- Survey &
Mining Enterprises, Tank area: 400 mm X
500 mm, Motor:0.5 hp, Type: Ministar: II,
rpm: 2780, 2.5 amp S1 duty. Dia of orifice:
10 mm pipe dia(Inlet): 16 mm
1Determination of coefficient of discharge of
flowing fluid through pipe by orificemeter
Bernouli's Apparatus, Motor: AC 1 ph, 0.25
hp, S1 duty 2800 rpm, insul. Cl - B, Tank
area: 250 mm X 250 mm
1To Perform an experiment for verification of
Bernouli's theorem
Metacentric Height determining apparatus,
Tank area: 700 mm X 700 mm, Vessel: 8.5
kg, Protector: 0 - 50
1Determination of the Metacentric height of a
floating vessel.
Pelton Turbine, Make: Technical Teaching
(D) Equipment, Motor: 5.5 kw 3 ph S1 duty,
Effn: 50%, Venturi dia: 30 mm Pipe dia: 50
mm rated speed: 1000 r.p.m. Loading radius
of brake drum 108 mm
1 Determination of the efficiency of Pelton turbine
Centrifugual pump , 0.8 Kw, KM1 type,
2900 rpm. Impeller Dia: 99 mm, Size: 25 mm
X 25 mm, Head range: 8 -12 m, Total head :
11m, Discharge32.1 lit/sec, Pump Effn: 49
%.
1Determination of the efficiency of Centrifugal
pump
Lab name Equipment/ Machine DetailsArea in
Sq.mQty Experiments/ Jobs performed Course emest Year
Reciprocating Pump, Rating: 1 Kw, Amp: 4 ,
Rpm: 15001
Determination of the efficiency of Reciprocating
pump
luid Mechanics
Hydraulic
Machines Lab
As per
syllabus of
ME491
4th 3rd126.41
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Pipe friction apparatus, Make: Technical
Teaching (D) Equipment. Motor: 0.5 Hp,
2700 rpm, 3.7 amp Insulation cl- B, S1 duty.
Tank area: 300 mm x 300 mm
1Determination of the pipe friction of a flowing
fluid in to a pipe
Reynold's Number , Make: Technical
Teaching (D) Equipment, Tank area: 300
mm X 300 mm
1Determination of the nature of flow either
laminer or turbulent.
1To determine the Impact Toughness of a given
material by Izod Impact TestTo determine the Impact Toughness of a given
material by Charpy Impact Test
DPT Set ,Three aerosol spray cans-MIL-I-
25135,DTD-929,ASTM E-165 (Red Dye
Penetrant ORION 115P,Penetrant Remover-
ORION 115 PR,Developer-ORION 115D )
1 SetTo detect surface/sub-surface cracks in a given
material by Dye Penetrant Inspection method
Erichsen Cupping Test machine JET-2-M/S
just machine tools.1
To test drawability of given sheet metal specimen
by Erichen Cupping Test
Double set Belt grinder,
KW:0.37,Volt:230V,Amps:3.5, Belt Grit Size:601
Sample preparation of different materials like
steel, aluminium brass for metallographic studies
Lab name Equipment/ Machine Details Area inSq.m
Qty Experiments/ Jobs performed Course Sem Year
Polishing machine with gun metal disk-
KW:0.37,Volt:230V,Amps:4.5, R.P.M:14251
Electrically Heated Pit Type Furnace,
FurnaceTube Size:ID:75mm,OD:85mm, Length:
400mmMaximum Temperature: 1000C, Working
Temperature: 950C
Volt: 230V Amps: 20 KW: 4
1Performing different heat treament processes on
different materials
4th 2nd
luid Mechanics
Hydraulic
Machines Lab
As per
syllabus of
ME491
126.41
Material Testing
ab
Universal Pendulam Impact testing
Machine(AI-ITM 30 manufactured by M/S
AKASH INDUSTRYES
As per
syllabus of
ME 493
4th 2nd79.35
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Trinocular Upright Metallurgical Microscope of
Reflective type, Eyepiece:Wide field 10X
,Magnification: 100X,200X,500X. Attached with
Digital Camera(Model:Moticam-1000)
1
Metallographic studies of different materials like
steel, Aluminum , Brass etc (Non-heat treated and
heat treated under different rates of cooling)
Measuring cylinder (Borosil 100 ml) 1
Tong (Sergical Tong) 2
Measuring cylinder (Borosil 10 ml) 1
Wash bottle (500 ml) 6
Glass funel (100 ml Borosil) 2
Conical Flask (250 ml Borosil) 2Measuring Tape (5 meter) 1
Glass Tube (5 ml x 2") 2
Hair Dryer (1200 watts, Phillips) 1
Desicator 8" Borosil 1
Emmery paper set slide 6
Glass dropper 8" 2
Conical Flask with stopper (200 ml) 2
Regent Bottle with stopper (500 ml) 2
Machine drawing138.38
Drawing orthographic and isometric projections
of different components using Autocad software
As per
syllabus of
ME 494
4th 2nd
esign practice77.5
Designing 2-D and 3-D modelling with assembly
and analysis of diifferent machine components
using CREO parametric software
As per
syllabus of
ME 693
6th 3rd
Apparatus for measuring Thermal
conductivity of a metal Bar65.58 1
Determination of thermal conductivity of a metal
rod.
Apparatus for measuring Thermal
conductivity of a Isulating Powder.1
Determination of thermal conductivity of an
insulating powder.
Compressor Test Rig comprising of 1 no.
Single cylinder,Single stage Reciprocating
compressor.
1Study and performance test of a single acting
reciprocating air compressor.
Lab name Equipment/ Machine DetailsArea in
Sq.mQty Experiments/ Jobs performed Course emest Year
2nd
Desktop computers:: Core i5 processor with
4 GB ram along with 17 inch TFT monitor37
pplied
hermodynamics
Heat Transfer
As per
syllabus of
ME 592
5th 3rd
Material Testing
ab
As per
syllabus of
ME 493
4th79.35
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Cut models of 4-Stroke Diesel Engine with
VTD.1
Study of Valve Timing Diagram of 4-Stroke
Diesel Engine
Bomb calorimeter Apparatus. 1To find the High calorific value of diesel fuel by
Bomb calorimeter.e ro ng ne es g compr s ng o no. -
Stroke Petrol Engine (3.2 BHP). 1Load test on 4-Stroke Petrol Engine by Rope
Brake Dynamometer.
1
Performance test of 4-stroke/4-cylinder/water
cooled petrol engine.
1Performing Morse Test to Determine Indicated
Power and Frictional Power.
Diesel Engine Test Rig comprising of 1 no. 4-
Stroke Diesel Engine (5.5 BHP). 1
Load test on 4-Stroke Diesel Engine by Rope
Brake Dynamometer and also prepare Heat
balance
Cut models of 4-Stroke, Single cylinder
Diesel Engine with VTD.1
Study of valve timing diagram of 4-Stroke Diesel
Engine by using 4-Stroke Diesel Engine cut
model.
Bomb calorimeter Apparatus consisting of
following items 1) Bomb 2) Water Jacket 3)
Stirrer Unit 4) Calorimeter vessel 5) Bomb
firing unit 6) Digital differtial Beckman
Thermomer 7) Pallet press 8) Cu - Crucible
1Determination of the calorific value of a given
fuel by Bomb calorimeter apparatus.
65.29
As per
syllabus of
ME(EE) 481
& ME 692
4th
and
6th
2nd
and
3rd
hermal Power
ngineering Lab
Four Stroke Four/ Cylinder/ Water cooled/
10HP/ 1500 RPM/Vertical/Petrol Enginewith Morse Test Apparatus.
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Diesel Engine Test Rig comprising of (A)
1 no. 4-Stroke, Vertical, Single acting, Water
cooled, Compression ignition Diesel Engine.
1) Make- Kirloskar Oil Engine Ltd. 2) BP-
3.7kW / 5 HP 3) Speed- 1500 rpm 4) Bore-
80mm 5) Stroke- 110 mm 6) Cubic
capacity- 0.563 liters7) Compression ratio
- 16.5 : 18) Fuel Tank Capacity-6.5 liters
9) Weight of engine (dry)- 160 kg. (B)Dynamometer 1) Type- Rope Break 2)
Brake drum diameter- 0.3 meter 3) Rope
diameter- 0.016 meter 4) Effective radius-
0.158 meter. (C) Orificemeter. 1) Area of
orifice- 3.14 x 10-4 m2
1Conduction of Performance test of 4-Stroke
Diesel Engine by Rope Brake Dynamometer.
Determination of the calorific value of a given
fuel by Bomb calorimeter apparatus.
Conduction of Performance test of 4-Stroke
Diesel Engine by Rope Brake Dynamometer.
Feeler gauge 1-7 mmConduction of Performance test of 4-Stroke,multicylinder Petrol Engine by Electric (eddy
current) Dynamometer.
Cut model of MPFI (Multi Point Fuel
Injection) system1
Study of MPFI (Multi Point Fuel Injection)
system by using Training module for MPFI petrol
engine.
Cut model of catalytic converters. 1
Determination of Indicated power and Friction
power of 4-Stroke, multicylinder Petrol Engine by
using Morse method
65.29 3rdC.Engine Lab
As per
syllabus of
ME 692
6th
Petrol Engine Test Rig comprising of 1 no. 4-
Stroke Petrol Engine (3.2 BHP). 1
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Vernier height 0-30 cm & depth gauge 0-
15 cm1 Taking linear measurements of given specimens
Outside micrometer 0-25 mm 1 Taking linear measurements of given specimens
Thread gauge M - 60 1 Checking measurements of threads of given specimens
Radius gauge 13 blades 0.05-1 mm 1Checking measurements of outside and inside radius of
given specimens
Feeler gauge 1-7 mm 1Checking measurements of gap of given
specimens
Slip gauge of 32 Sets 1Taking linear measurements of given
specimens
Vernier bevel protractor 0-360 1Taking angular measurements of given
specimens
Lab name Equipment/ Machine DetailsArea in
Sq.mQty Experiments/ Jobs performed Course emest Year
Angle gauges 1 - 45 1Checking angular measurements of given
specimens
5" Sine-bar 1Taking angular measurements of given
specimens
Dial Indicator with magnatic stand (L.C -
0.01mm)1
Checking parallelism, cylindricity andconcentricity of given specimens and also
measuring maximum deviations
Micrometer 25-50 mm 1
Measurement of a specific dimension for a
lot of components, and prepare a histogram
from the data obtained.
Surface Roughness Tester (Talysurf),
Range Ra=0.05-10 m1
Measurement of surface finish of given
specimens manufactured by different
manufacturing processes.81.27
81.27
etrology &
easutrement Lab
As per
syllabus of 5th 3rd
etrology &
easutrement Lab
As per
syllabus of
ME 594
5th 3rd
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Thermocouple (Cromel-Alumel) , Range:
-270C to 1350C1
Measurement of temperature of warm water
and establishing its affectivity by comparing
its reading with a thermometer reading.
Blower with control air duct (capacity 80
m/s), Anemometer ( V: 1 - 25 m/s)Measurement of air flow (CMM) across the air duct
Dial Vernier Caliper (L.C - 0.01 mm) 1 Taking linear measurements of given specimens
Puppy Dial with magnatic stand (L.C -
0.01mm)1
Checking parallelism, cylindricity and
concentricity of given specimens and also
measurin maximum deviations
Profile Projector 25 mmx25 mm / 0-360Measurement of micro feature of a product (eg.
Thread of a bolt) .
Grain fineness number tester, Sieve shaker
model VGH with timer and switch are
provided on a panel & consists of 10 sieves,
lid and pan.
1 Grain fineness number test of moulding sand.
As per
syllabus of
ME 492
Rapid moisture tester model VM (operates
on the principle of gas pressure betwwen
moisture in the sample and the absorbant
compound )
1 Rapid Moisture test of sand
As per
syllabus of
ME 492
consist of a water tank, precisely calibrated
well balanced inverted air tank freely
floating inside the water tank, water
manometer, permeability chart, sealing boss
with rubber sleeve, "O-P-D" valve, siphoning
attachment. One orifice of dia 1.5 mm and
one orifice of dia 0.5 mm.
1 To determine permeability number of green sand.
As per
syllabus of
ME 49241.55
and Testing Lab 4th 2nd
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with a special gauge to read the mould
hardness number directly. The tip of the
instrument is special in shape and made from
alloy steel.
1To find out the green sand mould hardness of
green sand mould.
As per
syllabus of
ME 492
lifting cam and ramming cam, standard
specimen tube, one pedestal cup and one
stripper. 1
To prepare standard sample under identical
condition for checking important physical
properties of foundry sand.
As per
syllabus of
ME 492
Study of geometry of of robot manipulator,
actuators & grippers
Practicing robot programming for different
operations like pick and place etc.
Refrigeration Test Rig 1
1. Study of a Domestic Refrigerator
2. Determination of C.O.P of a vapour
compression refrigeration system.
Air conditioning Test Rig 1
3. Study of a room (window type) Air
Conditioner.
4. Experiment in an Air Conditioning Test Unit;
Determination of bypass factor and
plotting of the cooling dehumidification process
on a psychometric chart.
Solid-state electrically-driven refrigerators 15. Performance test of thermoelectric refrigeration
system.
Gyroscope 1 To determine the gyroscopic couple.
Governer 1To determine the sensitiveness, effort and also prepare
the controlling force diagram.3rd
Cam Analysis 1 To prepare velocity displacement diagram.
Static and Dynamic Balancing 1To determine the angular position of given masses.
To determine the relative position of plane.
37.1
65.58
7th 4th
dvanced
Manufacturing
echnology
6 Axis Robotic Arm System 1
As per
syllabus of
ME 791
6th
ir conditioning &
efrigeration Lab.
As per
syllabus of
ME 791
6th 3rd
ynamics of
achine Lab41.33
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ngineering
raphics LabDrawing Table 38
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Balance Sheet of 4-
Stroke,
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Shop Name Equipment/ Machine DetailsArea in
Sq.mQty. Experiments/ Jobs performed Course
4" jaw Fitting Bench Vice 16
12"Steel Rule 20
3m Steel Tape 4
6" Outside Caliper (spring Joint) 6
6" Inside Caliper (Spring Joint) 6
6" Oddleg Caliper (Firm Joint) 5
6" Vernier Caliper (Mitutoya) 6
Outside Micrometer (0 -25)mm (Arospace) 1
Outside Micrometer (25-50)mm (mitutoya) 1
12" Vernier Hightgauge (Arospace) 1
Simple Anggle Protector 2
Screw Thread Gauge 5
6"Try Square 14
4"Try Square 6
3"Try Square 3
6"Divider 12
8"Scriber 10
4"Center Punch 11
Letter Punch (A - Z) 1 set
Number Punch (0 - 9) 1 set
Mechanical Engineering DepartmentDeatails of Applications of Machines and Equipments of Diffrentent Labs / Workshops
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Surface Plate (2' x 2') 1
12" Flat Bastard File (J.K.Tools) 20
10" Flat Bastard File (J.K.Tools) 8
12" Second Cut File 8
6" Flat Smooth File 12
5" Triangular File 9
6" Triangular File 11
10" Round Bastard file 6
6" round file 12
10" squre file 2
8" safe edge squre file 2
6" half round file 12
10" knife edge file 2
4" niddle file set 1
6" flat chisel (Taparia) 12
12" solid hand hacksaw frame 17
12 mm HSS parallel shank twist drill bit 2
10 mm HSS parallel shank twist drill bit 3
9mm HSS parallel shank twist drill bit 1
8 mm HSS parallel shank twist drill bit 9
6 mm HSS parallel shank twist drill bit 6
5 mm HSS parallel shank twist drill bit 5
3 mm HSS parallel shank twist drill bit 5
M10 x 1.5 HSS Tap set 10
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M10 x 0.75 HSS Tap set 2
12" tap Handle 6
14" tap Handle 4
M10 x 1.5 HSS Die stock 17
8.5" die handle 10
800 gm ball peen hammer 4
400 gm ball peen hammer 6
200 gm ball peen hammer 6
150 gm ball peen hammer 6
200 gm cross peen hammer 2
6" plier 3
8" plier 10
Double ended spanner 9
Adjustable spanner 3
12" flat tip screw driver 2
10" flat tip screw driver 2
8" flat tip screw driver 2
V block with U clamp (100x80x80) 2
C clamp 4" 2
C clamp 2" 8
4" x 4" angle plate 2
Grinding machine (8" wheel) 1
Grinding wheel 8" (Medium) 2
Diamond dresser 2
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Grinding goggles 16
Oil Can 2
Grese Gun 1
Sensative Drilling machine (13 mm) 1
itting
Fitting Bench Vice, Steel Rule, Try squre, Scriber,
Punch, Hammer, Hacksaw, Bastard file, Second cut
file,Half round file, Triangular filr, Flat Smooth file,
Sensative drilling machine, Tap set, Emery cloth,
Letter and Number Punch etc.
78.34
Manufacture a gauge from MS plate as per
given drawing by performing different Fitting
and Bench Work operations
As per syllabus of
ME 192/ 292
41.55
Forming a cone as per given drawing by
performing different sheet forming and
soldering operations.
As per syllabus of
ME 192/ 292
in Smith
Steel rule, Scriber, Trammel, Snip, Devider, Stake,
Ball een hammer Strai th een hammer Cross
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Forming a Funnel as per given drawing by
performing different sheet forming, riveting
and soldering operations.
As per syllabus of
ME 392
Belt and Disc Sander, Mallete, Bevel edge farmer
chisel.Mortise chisel, Simple marking gauge,
Mortise marking gauge Rasp file, Iron Jack planner,
Try squre etc.
41.9 1
Make a wooden pattern as per given drawing
by performing different pattern making
operations by hand tools
As per syllabus of
ME 392
Wood Turning Machine 1 To make a pattern as per drawing by usingdifferent wood working machines
As per syllabus ofME 392
orging
Coke Fired Forging Furnace fitted with Electrical
Blower of capacity of 0.25 kW, Sledge hammer,
Tong, Flatter, Fuller, Anvil, Swage block,Pokker
74.22Practices of different operations of forging
like upsetting & drawing down
As per syllabus of
ME 492
Shop Name Equipment/ Machine Details Area in Sq.m Qty. Experiments/ Jobs performed Course
Cope & Drag, Mixing sand, Bellow, Riddle, Hand
rammer, Sovel, Sprue cutter, Gate cutter, Round
nose & triangular Trowel, Drift, Vent rod etc74.22
Making a sand mould with a given pattern
developed earlier
As per syllabus of
ME 192/ 292 and
492
4.5 kW Electrically Heated Pit Furnac with a cpacityof 10 kg Aluminium melting
1
Aluminium Casting as per given drawing by
using the sand mould prepared earlier byperforming different sand mould casting
operations
As per syllabus ofME 492
15 kVA Welding Transformer and 19 kVA Origo arc
welding machine34.62 1+1
Making different welding joints by using
different welding parameters followed by
different welding inspections for assesing the
As per syllabus of
ME 192/ 292 and
392
Oxy- Acetylene gas welding setup1
Joining of two thin (3mm) metal sheets by
performing Lap joint
As per syllabus of
ME 192/ 292
peen hammer, Slodering Iron, Flux.
attern
oundry
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12.5 kVA Rocker Arm type spot welding machine1
Joining of two metal sheets as per drawing
using resistance spot welding
As per syllabus of
ME 392
MAG Welding maching,Power Compact 255, essab
make, open circuit voltage: 16-37 V, Dimensions:
840 mm x 375 mm x 736 mm, Speed control :
Stepless, Wire dia: 00.8- 1.2 mm, Wire feed
speed:1.5 - 22 m/min, No. of inductance outlets : 2,
Welding current range: 30 - 250A
1Join two thick (6mm) MS plates as per given
drawing by performing V-Butt joint .
As per syllabus of
ME 492
222.72
Manufacture a component as per given
drawing by performing different machining
operations on an Engine Lathe
As per syllabus of
ME 192/ 292 and
392
Study of chip formation ( type, color &
thickness ) in turning mild steel
Geometrical test of a centre lathe
Shop Name Equipment/ Machine Details Area in Sq.m Qty. Experiments/ Jobs performed Course
222.72
Manufacture a component as per given
drawing by performing different machining
operations on an Engine Lathe
As per syllabus of
ME 192/ 292 and
392
Study of chip formation ( type, color &
thickness ) in turning mild steel
Geometrical test of a centre lathe
Welding
Norton type lathe (4'6"),Length of bed: 1370 mm,
width of bed : 279 mm, height of centre: 203 mm,
centre to centre: 635mm, spindle bore dia: 52 mm,
Motor: 2Hp Ac 440V, 1440 rpm
3
Centre lathe (4'6''), Make: Pathak machine tools,
Height of centre over bed: 9", Admit between centre:
29", Lead screw :2 TPI, No of feed:6.Power input :
AC 3Ph induction motor, 1hp,415V, 1.8 amp, 1390
rpm
3Machine
As per syllabus of
ME 691
As per syllabus of
ME 691
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Manufacture a component as per given
drawing by performing different machining
operations on an Engine Lathe
As per syllabus of
ME 192/ 292 and
392
Study of chip formation ( type, color &
thickness ) in turning mild steel
Geometrical test of a centre lathe
Make a slot (6mm) on a MS block as per
given drawing
As per syllabus of
ME 192/ 292 and
392
Production of a straight toothed spur gear
from a cast and forged disc
As per syllabus of
ME 691
Plain horizontal cone pully type shaper (12")Generate two parallel planes opposite to each
other from a MS rod
s per sy a us o
ME 192/ 292 and
Plain horizontal cone pully type shaper (18") Producing a cast iron vee block
Geometrical test of a drilling machine
Making tap size drill during fitting
As per syllabus of
ME 192/ 292 and
392
PBG-6 type Bench Grinder, double ended,Motor:
1hp, AC 440 V, 2880 rpm, Rotary switch, Wheel
size: 8" X 1" X 5/8"
resharpening cutting toolsME 192/ 292/
392/691
Lathe Tool Dynamometer 1
Measurement of cutting forces (Pz and Px
or Py) in straight turning at different
feeds and velocities.
Digital Temp. Indicator, Multichannel with auto
scanning features with one thermocouple.1
Measurement of average cutting temp. in
turning under different speed-feed
combinations.
2
1+1
1
Heavy duty column & Knee type universal Milling
Macine, Model: PM1, Table surface 40" X 9", 5.1/2"deviding head, Motor: 2 hp, Ac 440 v, 1440 rpm, 4"
swivwling vice.
Sensitive Drilling machine, capacity : 13 mm, Table
dia: 12", Max spindle speed: 2590 rpm, No of
spindle speed: 3, Power input: AC 3 ph induction
motor, 0.75 kw, 440V, 2.5 amp, 1440 rpm.
Machine
As per syllabus of
ME 691
As per syllabus of
ME 691
As per syllabus of
ME 691
All geared Lathe 6', Make: Pathak machine tools,
Bed width: 230 mm, Height of centre: 177 mm,
Centre dist. 1000 mm, Spindle bore dia : 45 mm,
Motor: 2Hp Ac 440V, 1440 rpm
1
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Semester Year
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st & 2nd 1st
st & 2nd 1st
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3rd 2nd
3rd 2nd
3rd 2nd
4th 2nd
Semester Year
1st, 2nd
and 4th
1st and
2nd
4th 2nd
1st, 2nd
and 3rd
1st and
2nd
st & 2nd 1st
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3rd 2nd
4th 2nd
1st , 2nd
and 3rd
1st and
2nd
Semester Year
1st , 2nd
and 3rd
1st and
2nd
6th 3rd
6th 3rd
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1st , 2nd
and 3rd
1st and
2nd
st , 2nd &
3rd1st & 2nd
6th 3rd
st , 2nd &
3rd1st & 2nd
st , 2nd &
3rd1st & 2nd
st , 2nd,
rd & 6th
1st, 2nd &
3rd
6th 3rd
6th 3rd
6th 3rd
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ME-592 Applied Thermodynamics & Heat Transfer Lab.
Sl.No. Assignments
1 Determination of thermal conductivity of a metal rod.
2 Determination of thermal conductivity of an insulating powder.
3Study and performance test of a single acting reciprocating air
compressor.
4
Determination of h (Heat Transfer Coefficient) for forced
convection over a PIN FIN.
5
Study and compare temperature distribution, heat transfer rate,
overall heat transfer co-efficient in parallel flow heat exchanger and
determination of LMTD
6
Study and compare temperature distribution, heat transfer rate,
overall heat transfer co-efficient in counter flow heat exchanger and
determination of LMTD
7 Determination of dryness fraction of steam by combined separatingand throttling calorimeter.
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3rd.Year Mechanical Engineering.
5th.Sem.
M/c Qty.
Apparatus for measuring Thermalconductivity of a metal Bar
1 no.
Apparatus for measuring Thermal
conductivity of a Isulating Powder.1 no.
Compressor Test Rig comprising of 1
no. Single cylinder,Single stage
compressor.
1 no.
Apparatus for measuring Heat Transfer
Coefficient PIN-FIN. 1 no.
Combined Separating & ThrottlingCalorimeters with Mini Boiler.
1 no.
1 no.Parallel Flow / Counter Flow Heat
Exchanger.
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ME(EE) 481 Thermal Power Engg. Lab.
Sl.No. Assignments
1Study of Cut models - Boilers (a) Simple Vertical Boiler (b)Cochran Boiler (c) Lancashire Boiler (d) Locomotive Boiler (e)
Babcock & Wilcox Boiler
2
Study of Cut models - I.C. Engine [Parts and Working Principles].
(a) 2-Stroke and 4-Stroke Petrol Engine. (b) 2-Stroke and 4-Stroke
Diesel Engine
3 Study of Valve Timing Diagram of 4-Stroke Diesel Engine
4To find the Cloud and Pour Point of Diesel fuel by Thermometer
and Ice
5To find Flash Point & Fire Point of Diesel fuel by Cleveland
apparatus (Open Cup method)
6 To find Flash Point & Fire Point of Petrol fuel by Pensky-Martinapparatus (Close Cup method)
7 To find the High calorific value of diesel fuel by Bomb calorimeter.
8 Load test on 4-Stroke Petrol Engine by Rope Brake Dynamometer.
9
Load test on 4-Stroke Diesel Engine by Rope Brake Dynamometer
and also prepare Heat balance
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2nd. Year Electrical Engg. 4th.sem.
M/c Qty.
Cut models of Boiler (a) Simple Vertical Boiler(b) Cochran Boiler (c) Lancashire Boiler (d)
Locomotive Boiler (e) Babcock & Wilcox Boiler
5 nos.
(1 no each)
Cut models of I.C. Engines (a) 2-
Stroke and 4-Stroke Petrol Engine. (b) 4-
Stroke Petrol Engine. (c) 2-Stroke Diesel
Engine (d) 4-Stroke Diesel Engine
4 nos.
(1 no each)
Cut models of 4-Stroke Diesel Engine 1 no.
1) Cloud and Pour Point Apparatus.
2) Glass Test Jars
3) Thermometers (-40C to 110C)
1) 1 no.
2) 2 nos.
3) 2 nos.
1) Cleveland apparatus (Open Cup method)
2) Thermometer. (0C to 400C)
1) 1 no.
2) 1 no.
1) Pensky-Martin apparatus (Close Cup
method)2) Thermometer. (0C to 400C)
1) 1 no.
2) 1 no.
1) Bomb calorimeter Apparatus.
2) Weighing Scale.
3) Digital Firing Box.
1) 1 no.
2) 1 no.
3) 1 no.
Petrol Engine Test Rig comprising of 1 no. 4-
Stroke Petrol Engine ( 3.2 BHP). 1 no.
Diesel Engine Test Rig comprising of 1 no. 4-
Stroke Diesel Engine ( 5.5 BHP). 1 no.
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ME 692 I.C.Engine Lab.
Sl.No. Assignments
1 To find the High calorific value of diesel fuel by Bomb calorimeter.
2 Study of Valve Timing Diagram of 4-Stroke Diesel Engine
3 Study of MPFI (Multi Point Fuel Injection) system
4Use of catalytic converters and its effect on flue gas of an I.C.
Engine
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3nd. Year Mechanical Engg. 6th.sem.
M/c Qty.
1) Bomb calorimeter Apparatus.2) Weighing Scale.
3) Digital Firing Box.
1) 1 no.2) 1 no.
3) 1 no.
Cut models of 4-Stroke Diesel Engine 1 no.
Cut model of MPFI (Multi Point Fuel Injection)
system1 no.
Cut model of catalytic converters. 1 no.