SNo

Name of the equipment

Supplier

Date of Installation

Cost (Rs.)

1

Universal Testing Machine

FIE

19-7-2006

3,80,500/-

2

Torsion Testing Machine

FIE

31-05-2006

1,37,750/-

3

Vickers Hardness Tester

FIE

05-05-2006

1,15,250/-

4

Brinell Rockwell Hardness
Tester

SAROJ

28-03-2006

39,750/-

5

Impact Tester

FIE

31-05-2006

84,875/-

6

Spring Tester

SHANTA

18-04-2006

52,625/-

7

Deflection of beams set up

1. Simply supported
2. Cantilever

ANITS

06-01-2017

10, 000/-

Measure and analyse the various properties of materials under Tensile/Compressive/Shear and Bending loads using Universal testing machine.

CO-2

Determine the Modulus of rigidity of a given material using Torsion and Spring testing equipment’s.

CO-3

Determine theenergy absorbed by a ductile material using impact testing machine.

CO-4

Determine the Hardness of ferrous and non-ferrous materials using Brinell, Rockwell and Vickers hardness testing machines.

CO-5

Determinethe Modulus of Elasticity of mild steel and wood using simply supported and cantilever set-up arrangements.

S.NO

NAME OF THE EXPERIMENT

COURSE
OUTCOME

1

Determination of  Young’s modulus , Yield strength , Breaking strength, Ultimate strength, Percentage elongation and Percentage reduction in area for a ductile material in Tension using Universal Testing Machine

CO1

2.

Determination of  Compressive strength of wood by using Universal Testing Machine

CO1

3.

Evaluation of Modulus of rigidity of a given mild steel specimen using torsion testing machine

CO2

4.

Evaluation of Modulus of rigidity of a given helical coil spring material using Spring testing machine

CO2

5

Determination of Impact strength of the ductile material using Impact testing machine.

CO3

6

Determination of hardness of a given ferrous & non-ferrous material by using Brinell hardness testing machine.

CO4

7

Determination of hardness of a given ferrous & non-ferrous material by using Rockwell hardness testing machine.

CO4

8.

Determination of hardness of a given ferrous & non-ferrous material by using Vickers hardness testing machine.

CO4

9

Determination of Modulus of Elasticity of mild steel & wood, by using the principle of simply supported beam.

CO5

10

Determination of Modulus of Elasticity of mild steel & wood by using the principle of a cantilever beam.

CO5

11

Determination of shear strength of the given ductile material by performing double shear test using Universal Testing Machine.

CO1

12

Determination of  flexural/bending strength induced in  the ductile material by  performing bending  test using Universal Testing Machine

CO1

S.N0

Name of the equipment

Supplier

Date of Installation

Cost (Rs.)

1

Four stroke single cylinder constant high speed Diesel Engine Test Rig with Rope Brake Dynamometer (Vertical)

M/s. Romesh& Co

19.02.2003

54,145/-

2

Single stage Air Compressor Test Rig

M/s. Romesh& Co

19.02.2003

29,108/-

3

Junkers Gas Calorimeter

M/s. Romesh& Co

19.02.2003

34,306/-

4

Redwood Viscometer –I

M/s. Romesh& Co

19.02.2003

5,499/-

5

Redwood Viscometer –II

M/s. Romesh& Co

19.02.2003

6,707/-

6

Cleveland Flash & Fire point Apparatus

M/s. Romesh& Co

19.02.2003

3,296/-

7

Pensky-Martins Flash point Apparatus

M/s. Romesh& Co

19.02.2003

4,581/-

8

Pressure gauge tester

M/s. Romesh& Co

27.03.2006

45,612/-

9

Wind Tunnel

M/s. TECH-ED

25.01.2007

2,12,625/-

10

Four stroke single cylinder constant high speed Diesel Engine Test Rig with Rope Brake Dynamometer (Horizontal )

M/s.  KSS Industries

28.05.2007

1,49,597/-

11

Four stroke Dual cylinder constant high speed Diesel Engine Test Rig with Electrical Dynamometer

M/s.TECH-ED

30.05.2007

1,41,372/-

12

Two stage Air Compressor Test Rig with Inter Cooler

M/s. TECH-ED

30.05.2007

51,408/-

13

Four stroke multi-cylinder Petrol Engine Test Rig with Hydraulic Dynamometer

M/s. TECH-ED

25.06.2007

2,09,412/-

14

Vapour Compression Refrigeration Test Rig

M/s. TECH-ED

18.02.2008

80,000/-

15

Four stroke single cylinder constant slow speed Diesel Engine Test Rig with Rope brake Dynamometer

M/s. TECH-ED

17.05.2014

1,40,000/-

16

Computerized variable compression ratio diesel Engine Test Rig with Eddy current Dynamometer.

M/s. TECH-ED

17.05.2014

8,35,000/-

  17

Exhaust gas Analyser- 6 Gases & Smoke meter with Printer

M/s. TECH-ED

27.01.2016

4,27,775/-

18

Separating & Throttling calorimeter

M/s.Super-Tech Equipments

08.02.2018

78,234/-

  19

Air Conditioning Cycle Test Rig

M/s.IND-LAB Equipment Pvt Ltd

18.03.2021

1,88,800/-

Experiment with I.C Engines to evaluate their performance

CO2

Experiment with two stage Air compressor and test for its efficiencies

CO3

Estimate actual & theoretical COP’s of VCR System and Air conditioning System by experimentation

CO4

Estimate the Dryness Fraction of wet steam by using Separating and Throttling Calorimeter.

CO5

Determine the properties of Fuels like Flash, Fire points & Calorific value.

CO6

Calibrate a Pressure Gauge and Assess the Variation of Viscosity of  a Lubricating oil with temperature  by Experimentation

S.NO

Name of the Experiment

Course Outcome

1

Load test on a Diesel Engine to evaluate its Performance

CO1

2

Morse test on Multi-cylinder petrol engine to determine Frictional power.

CO1

3

Prepare a Heat balance sheet of a Diesel Engine by experimentation.

CO1

4

Retardation test on a slow speed Diesel engine to obtain Frictional power

CO1

5

Determination of Various Efficiencies of a given 2-stage air compressor.

CO2

6

Determination of theoretical, actual and relative COP’s of a vapour compression refrigeration system.

CO3

7

Measurement of Dryness fraction of steam using separating and throttling calorimeter.

CO4

8

Determination of Calorific value of Gaseous fuel by using Junker’s Gas Calorimeter.

CO5

9

Observation and marking of Valve timings of a four stroke Engine and Port timings of a two stroke Engine and further draw VTD & PTD respectively.

CO1

10

Determination of Absolute & Kinematic viscosities of a given lubricating oil sample using Redwood Viscometer and study their variation with temperature.

CO6

11

Determination of Flash & Fire points of Fuel oils.

CO5

12

Calibration of a Pressure Gauge by using Pressure gauge tester

CO6

13

Determination of theoretical, actual and relative COP’s of an Air conditioning system.

CO3

14

Demonstration Experiment on a Computerized  Variable compression ratio Diesel Engine to obtain Crank angle Vs Pressure diagram.

CO1

S. No.

Name of the Equipment

Make

Date of Installation

Cost (in Rupees)

1

All Geared Student Lathes-5 No's

PADMANI STUDENT

23/09/2006

7,55,545.00

2

Shaping Machine

MASTER MTT(M)

22/08/2006

99,988.00

3

Surface Grinding Machine

BHURJI

22/08/2006

1,07,960.00

4

Power Hacksaw

JASWANT

22/08/2006

37,517.00

5

Arc Welding Equipment

ELECTROWELD

22/08/2006

20,177.00

6

Foundry Equipment

MBC

18/10/2006

35,000.00

7

Machine Lathes-2 No's

UNITECH

16/05/2007

3,30,000.00

8

Universal Milling Machine

RAMAN

16/05/2007

3,67,120.00

9

Radial Drilling Machine

NIKKEE

16/05/2007

2,10,000.00

10

Tool and Cutter Grinder

MITTER

16/05/2007

1,05,400.00

11

Tool Dynamometers- 4 No's

BSPIL

25/05/2007

3,22,608.00

12

Sand Rammer

BSPIL

28/05/2007

15,790.00

13

Universal Sand Testing Machine

BSPIL

28/05/2007

57,310.00

14

Clay wash with accessories

BSPIL

28/05/2007

10,330.00

15

Rapid moisture tester

BSPIL

28/05/2007

8,965.00

16

Tool Makers Microscope

BSPIL

28/05/2007

42,730.00

17

Profile Projector

BSPIL

28/05/2007

44,415.00

18

Capstan Lathe

NOBLE

06/09/2007

1,48,992.00

19

Sieve Shaker

SECOR

04/12/2009

25,400.00

20

Muffle Furnace

PEW

04/12/2009

15,740.00

21

Spot Welding

JEKSON

13/02/2021

50,150.00

22

Surface Roughness Tester & Accessories

MITUTOYO

13/02/2021

2,25,279.00

23

Heavy Duty Wood Turning Lathe

ALHM Co. Pvt. Ltd.

10/09/2022

36,300.00

24

Lathe Tool Dynamometer

SAMARTH INDUSTRIES

15/11/2022

90,270.00

25

Drill Tool Dynamometer

SAMARTH INDUSTRIES

15/11/2022

79,650.00

26

Software for Dynamometers

SAMARTH INDUSTRIES

15/11/2022

40,356.00

Design and Fabricate wooden patterns of different shapes using carpentry tools.

CO2

Prepare sand mould & castings for different patterns.

CO3

Evaluate the properties of moulding sand to check its suitability.

CO4

Produce a spectrum of weld joints by using manual arc welding and spot welding processes.

S.NO

NAME OF THE EXPERIMENT

COURSE
OUTCOME

1

Design and fabrication of wooden patterns (single piece & two piece)

CO1

2

Preparation of sand mould for solid flange

CO2

3

Preparation of sand mould for stepped cone pulley

CO2

4

Preparation of sand mould for hallow pipe

CO2

5

Moisture content test

CO3

6

Clay content test

CO3

7

Green compression and Shear Strength test

CO3

8

Sieve analysis

CO3

9

V-Butt joint using manual metal arc welding

CO4

10

Corner weld joint using manual metal arc welding

CO4

11

Double lap weld joint using manual metal arc welding

CO4

12

Lap joint using Spot welding equipment

CO4

Perform facing, turning, taper turning, knurling, forming and thread cutting operations on the given work-piece using lathe.

CO2

Analyse the characteristics of chips produced through machining process by varying the machining parameters on various work-piece materials.

CO3

Measure and analyse the cutting forces, shear angle and temperature experienced by the cutting tool for varying cutting parameters in machine tools (Lathe and Shaper).

CO4

Perform drilling and tapping operations in Drilling machine and gear cutting in Milling machine.

CO5

Generate tool geometry (tool angles) on a tool blank using Tool and Cutter Grinder and also measure surface roughness of a flat surface grinded by Surface grinding machine.

S.NO

NAME OF THE EXPERIMENT

COURSE
OUTCOME

1

Step turning on Lathe

CO-1

2

Taper turning and knurling on Lathe

CO-1

3

Thread cutting and forming on Lathe

CO-1

4

Step turning and knurling on a round bar using Capstan Lathe

CO-1

5

Experimental study of chip formation in turning

CO-2

6

Measurement of cutting forces on Lathe

CO-3

7

Measurement of shear angle on Lathe

CO-3

8

Measurement of shear angle on Shaper

CO-3

9

Measurement of cutting tool temperature on Lathe

CO-3

10

Drilling and Tapping on Radial Drilling Machine

CO-4

11

Spur Gear cutting in milling machine

CO-4

12

Grinding of a single point cutting tool

CO-5

13

Surface roughness measurement by Talysurf surface roughness tester

CO-5

Name of the equipment

Make / Supplier

Date of Installation

Cost

01.

Vernier calipers – 6 No’s

INSIZE

12.11.2007

20,865.00

02.

Micrometer – 2 No’s

INSIZE

12.11.2007

8,000.00

03.

Dial gauge with magnetic stands – 5 No’s

MITUTOYO

12.11.2007

14,500.00

04.

Universal Bevel protractor – 1 No

BSPYROMATIC

12.11.2007

5,700.00

05.

Sine bar – 2 No’s

M/s BSPIL

12.11.2007

4,680.00

06.

Autocollimator – 1 No

M/s BSPIL

12.11.2007

52,400.00

07.

Monochromatic checklite

M/s BSPIL

12.11.2007

19,000.00

08.

Vernier height gauges – 2 No’s

AEROSPACE

12.11.2007

4,940.00

09.

Mechanical comparator

M/s BSPIL

12.11.2007

4,500.00

10.

Gear tooth caliper – 2 No’s

AEROSPACE

12.11.2007

9,600.00

11.

Combination Set

KRISTAL

12.11.2007

12,000.00

12.

Surface plates  with stands – 8 No’s

M/s BSPIL

12.11.2007

73,600.00

13.

Slip gauge sets – 4 No’s

M/s BSPIL

12.11.2007

32,000.00

14.

Snap Gauge

M/s BSPIL

12.11.2007

6,500.00

15.

V-Block – 2 No’s

M/s BSPIL

12.11.2007

1,900.00

16.

Feeler Gauge – 1 No

M/s BSPIL

12.11.2007

300.00

17.

Vernier depth gauge – 1 No.

INSIZE

12.11.2007

1,000.00

18.

Plain plug gauge – 1 No

BSPYROMATIC

12.11.2007

600.00

19..

PLC Trainer Kit

CMAS

28.11.2009

4,82,081.00

20.

Air Compressor  -- 1 No

KND

15.12.2009

18,000.00

21.

Dial gauge with magnetic stands – 2 No’s

MITUTOYO

19.12.2016

12,390.00

22.

Dial gauge with magnetic stands – 2 No’s

MITUTOYO

24.11.2018

10,724.00

23.

Universal Bevel protractor – 1 No.

MITUTOYO

24.12.2018

14,928.00

24.

Micrometer – 2 No’s

MITUTOYO

02.02.2021

7,441.00

25.

Universal Bevel protractor – 1 No.

MITUTOYO

02.02.2021

17,641.00

Calibrate measuring instruments (Vernier calliper, Screw gauge & Dial gauge).

CO-2

Measure the included angle between two adjacent sides of a given specimen by using a Universal Bevel protractor and also taper angle of a tapered bar by using a Sine bar.

CO-3

Determine the included angle of a V-blockand Gear tooth parameters of a given spur gear by experimentation.

CO-4

Check the concentricity and roundness of the given spigot by using a dial gauge,check the flatness of the given surface using Autocollimator and also determine the central distance between two holes in a template using Vernier height gauge.

CO-5

List and Explain the working of components in a PLC and sensor kit &developa ladder logic programme in PLC for various practical applications (Traffic signal, Belt Conveyer, and Pneumatic operations).

S.NO

NAME OF THE EXPERIMENT

COURSE
OUTCOME

1

Calibration of a Vernier caliper.

CO1

2

Calibration of a Micrometer.

CO1

3

Calibration of a Dial gauge.

CO1

4

Measure the included angle between two adjacent sides of a given specimen by using a Universal Bevel protractor.

CO2

5

Determination the taper angle of a tapered bar by using a Sine-bar.

CO2

6

Measurement of included angle of a V-block.

CO3

7

Measurement of Gear tooth parameters of a spur gear.

CO3

8

Checking the flatness of a surface plate by using an auto-collimator.

CO4

9

Measurement of central distance between two holes of a template by using a Vernier height gauge.

CO4

11

Checking the roundness and concentricity of a spigot using a Dial gauge.

CO4

12

Training on PLC based Sensor kit.

CO5

12

Training on PLC based control of Traffic lights.

CO5

13

Training on PLC based Material handling system ( Belt-Conveyor).

CO5

14

Training on PLC based Pneumatic control of single and double acting cylinders.

CO5

Name of the Equipment

Supplier

Date of Installation

Cost (Rs.)

1

Whirling shaft apparatus

POLYLAB ENGINEERING

10.04.2021

45,500/-

2

Universal governor apparatus

POLYLAB ENGINEERING

10.04.2021

43,500/-

3

Motorized gyroscope

POLYLAB ENGINEERING

10.04.2021

44,000/-

4

Static and Dynamic balancing Apparatus

POLYLAB ENGINEERING

10.04.2021

29,500/-

5

Cam Analysis Apparatus

POLYLAB ENGINEERING

10.04.2021

43,500/-

6

Journal bearing apparatus

POLYLAB ENGINEERING

10.04.2021

48,000/-

7

Coriolis component of acceleration set up

POLYLAB ENGINEERING

10.04.2021

70,000/-

8

Epicyclic gear train apparatus

POLYLAB ENGINEERING

10.04.2021

63000/-

Course Outcomes: At the end of the course, the student will be able to:

CO-1

Determine the velocity of slider for various angular positions of crank from experimentally obtained displacement-time graph & correlate with the theoretical values and also evaluate and compare between theoretical and experimentally obtained value of Corioli’s component of acceleration.

CO-2

Analyze the motion of a roller follower for different angular positions of a tangent cam through experimentally obtained displacement-time graph & correlate with the theoretical values.

CO-3

Conduct experiments on various centrifugal governors and assess their performance.

CO-4

Observe the gyroscopic principle and experimentally determine the gyroscopic couple and correlate with the theoretical values.

CO-5

Balance a given system of masses positioned in different planes on a rotating shaft.

CO-6

Determine the natural frequency of a system in longitudinal & torsional vibrations and compare with theoretical values.

S.No

NAME OF THE EXPERIMENT

COURSE
OUTCOME

1

Evaluation of the velocity of slider in a slider-crank mechanism through experimentation & comparison with the theoretical values

CO1

2

Assessment of Coriolis component of acceleration & correlation with the theoretical values

CO1

3

Analysing the motion of a roller follower for different angular positions of a tangent cam & comparing with theoretical formulae

CO2

4

Assessing the performance of a Porter governor

CO3

5

Assessing the performance of a Hartnell governor

CO3

6

Determination of gyroscopic couple and correlating with the theoretical values

CO4

7

Balancing a given system of masses positioned in different planes on a rotating shaft

CO5

8

Determination of moment of inertia of a connecting rod and its dynamically equivalent system

CO5

9

Evaluation of the natural frequency of a longitudinal vibrating system

CO6

10

Evaluation of the natural frequency of a torsional vibrating system

CO6

11

Determination of input torque, output torque and holding torque of the given Epicyclic gear train

Demo

12

Evaluation of the critical (or) whirling speed of a rotating shaft

Demo

13

Experimentally plotting the pressure profile of hydrodynamic lubricant film in a journal bearing

Demo

S.N0

Name of the equipment

Supplier

Date of Installation

Cost (Rs.)

1

Pelton wheel turbine

Engineering equipment enterprise

07-06-2003

1,14,970/-

2

Francis turbine

Engineering equipment enterprise

07-06-2003

1,33,066/-

3

Friction factor apparatus

Engineering equipment enterprise

07-06-2003

45,787/-

4

Centrifugal pump

Engineering equipment enterprise

07-06-2003

53,190/-

5

Reciprocating pump

Engineering equipment enterprise

07-06-2003

49,077/-

6

Bernoulli’s Apparatus

Engineering equipment enterprise

07-06-2003

40,852/-

7

Venturimeter and orifice meter apparatus

Engineering equipment enterprise

07-06-2003

49,899/-

8

Notches and weirs apparatus

Engineering equipment enterprise

07-06-2003

50,722/-

9

Orifice and Mouth piece apparatus

Engineering equipment enterprise

07-06-2003

45,375/-

10

Impact of jet apparatus

Engineering equipment enterprise

07-06-2003

43,319/-

11

Rotameter apparatus

Engineering equipment enterprise

06-09-2003

37,288/-

12

Reynold’s apparatus

Engineering equipment enterprise

06-09-2003

36,146/-

13

Pitot tube apparatus

Engineering equipment enterprise

06-09-2003

28,606/-

14

Packed bed apparatus

Engineering equipment enterprise

06-09-2003

40,030/-

15

Fluidized bed apparatus

Engineering equipment enterprise

06-09-2003

41,675/-

16

Bernoulli’s Apparatus

Vee Met Engineering & Services

19-12-2020

72,900/-

Verify the veracity of Bernoulli’s theorem by experimentation.

CO2

Calibrate flow measuring devices such as Venturimeter, orifice meter, orifice, V-notch and rotameter.

CO3

Determine the friction factor of pipes by experimentation.

CO4

Determine the force exerted by a jet of fluid on vanes of different configurations and compare with theoretical values.

CO5

Evaluate the performance of different classes of turbines and pumps under varying operating conditions.

S.NO

NAME OF THE EXPERIMENT

COURSE
OUTCOME

1.

Verification of Bernoulli’s theorem.

CO1

2.

Determination of coefficient of discharge of a Rectangular notch (OR) a Triangular notch.

CO2

3.

Determination of coefficient of discharge of an Orifice (OR) a Mouthpiece.

CO2

4.

Calibration of a Venturimeter& evaluating its Co-efficient of discharge.

CO2

5.

Calibration of an Orifice meter& evaluating its Co-efficient of discharge.

CO2

6.

Calibration of a Rotameter.

CO2

7.

Determination of the head losses for flow through pipes and evaluation of friction factor.

CO3

8.

Determination of co-efficient of Impact of a jet on a Flat vane (OR) Curved vane

CO4

9.

Perform a Load test on a Pelton turbine & evaluate its performance.

CO5

10.

Perform a Load test on a Francis turbine & evaluate its performance.

CO5

11.

Performance evaluation of a Centrifugal pump by experimentation.

CO5

12.

Performance Evaluation of a reciprocating pump by experimentation.

CO5

Determine the properties of fuels and lubricating oils.

CO2

Analyse the performance of a 4-stroke Diesel engine through load test and timing of valves and ports in 4-stroke and 2-stroke engines.

CO3

Calibrate flow measuring devices such as Venturimeter and Orificemeter.

CO4

Determine the friction factor of pipes by experimentation.

CO5

Determine the force exerted by a jet of fluid on vanes of different configurations and compare with theoretical values.

CO6

Analyse the performance of Pelton/Francis turbines under varying operating conditions.

S.NO

NAME OF THE EXPERIMENT

COURSE
OUTCOME

GROUP-A

1.

Determination of flash and fire points of oils.

CO1

2.

Determination of Viscosity using Redwood Viscometer-I&II

CO1

3.

Determination of Calorific value of gaseous fuel using Junkers gas calorimeter

CO1

4.

Valve timing diagram of 4-stroke engine

CO2

5.

Port timing diagram of 2-stroke engine

CO2

6.

Load test on 4-stroke diesel engine

CO2

GROUP-B

1.

Determination of coefficient of discharge through Orifice

CO3

2.

Calibration of flow meters A. Venturimeter B. Orifice meter

CO3

3.

To determine the head losses for flow through pipes and further obtain friction factor

CO4

4.

Determination of co-efficient of Impact of a jet on a Flat vane

CO5

5.

Perform a Load test on a Pelton turbine & evaluate its performance.

CO6

6.

Perform a Load test on a Francis turbine & evaluate its performance.

CO6

S.No

Name of the Equipment

Supplier

Date of Installation

Cost (Rs.)

1

Heat transfer through composite walls apparatus.

M/S. TECH-ED

18.02.2008

21,000/-

2

Forced convection apparatus with Horizontal test section.

M/S. TECH-ED

18.02.2008

32,000/-

3

Free convection apparatus with vertical test section.

M/S. TECH-ED

18.02.2008

21,000/-

4

Heat transfer from Pin Fin apparatus

M/S. TECH-ED

18.02.2008

30,000/-

5

Emissivity measurement apparatus.

M/S. TECH-ED

18.02.2008

25,000/-

6

Stefan Boltzmann apparatus

M/S. TECH-ED

18.02.2008

20,000/-

7

Thermal conductivity of insulating powder apparatus.

M/S. TECH-ED

18.02.2008

24,000/-

8

Heat transfer through lagged pipe apparatus.

M/S. TECH-ED

18.02.2008

25,000/-

9

Drop wise and Film wise condensation apparatus.

M/S. TECH-ED

18.02.2008

52,000/-

10

Thermal Conductivity of metal rod apparatus.

M/S. TECH-ED

18.02.2008

25,000/-

11

Unsteady state heat transfer apparatus.

M/S. TECH-ED

18.02.2008

32,000/-

12

Heat  Exchanger (Parallel and counter flow)

M/S. TECH-ED

03.05.2021

45,000/-

13

Thermal conductivity measurement apparatus for liquids

M/S. TECH-ED

03.05.2021

45,000/-

Determine the thermal conductivity of a given metal/insulating powder by experimentation.

CO-2

Determine the heat transfer coefficient of air in free and forced convections by experimentation and compare these with theoretical values, and further conduct experiment on a fin of uniform cross-section to compare the theoretical and experimental temperatures along its length and evaluate its efficiency & effectiveness.

CO-3

Perform experiment in unsteady state heat transfer condition to verify lumped system analysis.

CO-4

Experimentally determine emissivity of a grey body and the Stefan-Boltzmann constant.

S.NO

NAME OF THE EXPERIMENT

COURSE
OUTCOME

1

Determination of thermal conductivity of asbestos powder using a spherical arrangement.

CO1

2

Determination of thermal conductivity of glass wool using a composite cylindrical arrangement.

CO1

3

Determination of overall heat transfer coefficient of a composite wall.

CO1

4

Determination of thermal conductivity of Brass by using the metal rod apparatus.

CO1

5

Determination of heat transfer coefficient of air in free convection for flow over a vertical cylinder along its length.

CO2

6

Determination of heat transfer coefficient of air in forced convection for flow through a horizontal pipe.

CO2

7

Determination of effectiveness and efficiency of a fin of uniform cross-section and comparison of theoretical & experimental temperatures along its length under forced convection.

CO2

8

Verification of lumped system analysis by experimentation.

CO3

9

Determination of Stefan Boltzmann constant by experimentation.

CO4

10

Determination of Emissivity of a Grey body by experimentation.

CO4

Name of Equipment

Making

Unit Cost(Rs.)

Date of Installation

Total Cost
(With Tax)(Rs.)

1

AUTOCAD INVENTOR PROFESSIONAL 2009 (5 Users)

AutoDESK

36,000/-

26-Aug-2008

1,87,200/-

2

ANSYS Software Package (5 User)

ANSYS

2,20,000/-

18-Sep-2008

2,20,000/-

3

10KVA UPS  with 15 No's batteries

ELNOVA

1,19,500/-

27-Dec-2008

1,19,500/-

4

Solid Works Edu Edition 2009-2010 ( 20 Users)

Dassault Systemes

2,15,000/-

22-Oct-2009

2,15,000/-

5

ANSYS Software Package (5 User)

ANSYS

1,90,000/-

17-Oct-2012

1,90,000/-

6

Epson EB 525W (LCD PROJECTOR) and Accessories

EPSON

47,685/-

21-Dec-2015

47,685/-

7

10KVA UPS  with 20 No's batteries

SAN ACE 120

1,26,400/-

12-Aug-2016

1,26,400/-

8

Computer System -        4GB RAM, 500GB HDD, 2GB Graphic Card, 18.5 Monitor

HP - 280 G2 MT

31,605.71/-

18-Aug-2016

9,48,171/-

9

CATIA V-5 R2017 (15 users)

Dassault Systemes

4,07,000/-

29-Dec-2017

4,80,260/-

10

Computer System - 8GB RAM, 1TB HDD, 18.5 Monitor

HP - 280 G4 MT

27,050/-

6-Jan-2020

9,73,800/-

11

ANSYS Academic Teaching Mechanical and CFD (25 tasks)

ANSYS

10,91,500/-

15-Mar-2023

10,91,500/-

Name of Equipment

Making

Unit Cost

Date of Purchase

Total Cost (With Tax)

1

XI Turn CNC LATHE

 MTAB Engineers Pri Ltd

 4,66,992/-

28-Jan-2009

4,66,992/-

2

ARISTO6XT-6

 MTAB Engineers Pri Ltd

4,80,000/-

28-Jan-2009

4,80,000/-

3

LATHE & ROBOT Accessories

 44,728/-

18-Nov-2008

44,728/-

4

Air Compressor - 2HP - 8 Bar

 11,850/-

18-Jan-2016

 11,850/-

5

3D Printer -Flash Forge Dreamer Dual Extruder

Flash Forge

1,01,143/-

22-Mar-2016

1,06,200/-

Develop two dimensional views of any mechanical component.

CO2

Create three dimensional part models and assemblies of machine components.

CO3

Evaluate the stresses in 2D beams and trusses in static conditions using ANSYS.

CO4

Determine the stresses in 3D Components using Solidworks.

CO5

Develop and execute programs on CNC Machine, further perform material handling operation using Pick and Place ROBOT.

S.No

NAME OF THE EXPERIMENT

COURSE OUTCOME

1

Drawing the orthographic views of cotter joint using AutoCAD

CO1

2

Drawing the orthographic views of knuckle joint using AutoCAD

CO1

3

Preparation of Part model, Assembly and drawing of Oldham coupling

CO2

4

Preparation of Part model, Assembly and drawing of Universal coupling

CO2

5

Preparation of Part model, Assembly and drawing of Screw Jack

CO2

6

Static analysis of a 2D beam using ANSYS

CO3

7

Static analysis of  a 2D Truss using ANSYS

CO3

8

Static analysis of a 3D Plate using Solidworks

CO4

9

Preparation of manual part program for CNC turning

CO5

10

Preparation of pick & place program for ROBOT

CO5

Draft simple 2D drawings with dimensions using CAD software.

CO2

Draw orthographic projections for sections of solids & further develop surfaces of regular and truncated solids using CAD software.

CO3

Draw orthographic projections for intersections of prisms,cylinders and cones using CAD software.

CO4

Draw orthographic projections from isometric projections and Vice-versa using CAD software.

CO5

Draw various screwed fastenings and further produce half and full sectional views of simple machine parts using CAD software.

S.N0

Name of the equipment

Supplier

Date of Installation

Cost (Rs.)

1

Photo Elastic Bench(12” Diffused Light Research Polariscope)

 M/s.TECH-ED

19.04.2.13

1,59,100/-

2

Strain Measuring System

M/s. TECH-ED

21.03.2.13

16,082/-

3

Rotameter Calibration Test Rig

M/s. TECH-ED

21.03.2.13

28,380/-

4

Calibration of Thermo couple for Temperature Measurement

M/s. TECH-ED

21.03.2.13

16,082/-

5

Piezo Electric Vibration System
(Vib Lab for 11 Experiments)

M/s. TECH-ED

21.03.2.13

62,780/-

6

Universal Vibration System
(Vib Lab for 11 Experiments)

M/s. TECH-ED

21.03.2.13

83,850/-

7

Hot Wire Anemometer Experimental Set-up

M/s. TECH-ED

19.04.2.13

38,700/-