☰

Experiments for Review

Experiments in Mechanical Engineering

Sensors & Instrumentation Virtual Lab

COEP Technological University, Pune

1. Design of Pressure Sensor and study performance of pressure sensors
Link

10. Design of sound level meter and its application
Link

2. Design of load cell and study performance of load cell
Link

3. Design of Encoder and study performance of encoder
Link

4. Configuration of proximity sensors and its applications
Link

5. Design of piezoelectric sensor and its applications
Link

6. Design of ultrasonic sensors and its applications
Link

7. Design of hall sensors and its applications
Link

8. Design of capacitive sensors and its applications
Link

9.Configuration of smoke detectors and its applications
Link

Instrumentation and Control Virtual Lab

COEP Technological University, Pune

1. Measurement of flow using a Rotameter for the fuel supply
Link

10. To Calibrate the pressure gauge using dead-weight tester.
Link

2. Vacuum measurement - Thermal conductivity gauges
Link

3. Measurement of shaft Torque and identifying suitable technique for sensing
Link

4. Identify suitable accelerometer for an application
Link

5. Power measurement using a dynamometer
Link

6. Measurement and Control system - Implementation for one application
Link

7. Identifying building blocks of signal conditioning technique of a sensor
Link

8. Characterize a density sensor for a particular application
Link

9. Measurement of flow using a turbine type flow meter for various fluid type
Link

Engineering Graphics & Design Lab

Dayalbagh Educational Institute, Agra

1. Introduction to engineering drawing
Link

10. Projection of solids
Link

2. Lettering
Link

3. Geometrical constructions
Link

4. Conic sections
Link

5. Special curves
Link

6. Scales
Link

7. Projection of points
Link

8. Projection of straight lines
Link

9. Projection of planes
Link

Engineering Dynamics Lab

Dayalbagh Educational Institute, Agra

1. Moment Of Inertia Of Flywheel
Link

10. Free - Vibration of SDOF Mass-Spring System
Link

2. Mass Moment Inertia Of Pendulum
Link

3. Conservation Of Mechanical Energy With Sliding Motion
Link

4. Acceleration Due To Gravity And Terminal Velocity
Link

5. Conservation Of Total Mechanical Energy And Energy Transformation
Link

6. Coefficient Of Restitution And Conservation Of Linear Momentum
Link

7. Conservation Of Angular Momentum
Link

8. Coriolli’s Component Of Acceleration
Link

9. Rotational Dynamics and Work-Energy Verification.
Link

Assorted Manufacturing Processes (Founding & Casting) Virtual Simulation Lab

Dayalbagh Educational Institute, Agra

1. To study and observe various stages of casting through demonstration of sand casting process (Appendix I)
Link

10. To prepare a pattern for given object for lost foam casting (Appendix X)
Link

2. To design and manufacture a wooden pattern for a given casting (Appendix II)
Link

3. To study core and core making (Appendix III)
Link

4. To perform various strength test on core and mould sand
Link

5. To determine the percentage of clay present in base sand (Appendix V)
Link

6. Determination of mould hardness and core hardness (Appendix VI)
Link

7. To determine permeability number of green sand, core sand and raw sand (Appendix VII)
Link

8. To study the various steps of investment casting process (Appendix VIII)
Link

9. To find the distribution of sand grains using a set of sieves and obtain the average grain fineness number (Appendix IX)
Link

Fluid Mechanics Virtual Lab

IIT Kanpur

1. Coefficient of discharge of given Venturi meter.
Link

10. Characteristic curves of reciprocating pump.
Link

2. Determine loss variables for different types of flow in pipe and open channels.
Link

3. Variable area duct and verifying Bernoulli’s energy equation
Link

4. Hydraulic coefficients for flow through an orifice.
Link

5. Friction coefficients for pipes of different diameters
Link

6. Characteristic curves of Pelton wheel.
Link

7. Drawing the characteristic curves of Gear pump.
Link

8. Conducting experiments and drawing the characteristics curves of Francis turbine.
Link

9. Characteristic curves of Kaplan turbine.
Link

Metrology & Measurement Lab

IIT Kharagpur

1. Calibration of Pressure Gauge using Dead Weight Gauge Calibrator
Link

2. Measurement of Displacement using LVDT
Link

3. Measurement of Taper using Sine Bar
Link

4. Calibration of Strain Gauge
Link

5. Measurement of Gear Tooth Profile using Gear Tooth Vernier /Gear Tooth Micrometer
Link

6. Study and use of Optical flats
Link

7. Measurement of Screw Threads Parameters using Two-Wire or Three-Wire Methods
Link

8. Measurement of alignment using Autocollimator / Roller Set
Link

Welding Lab

IIT Kharagpur

1. Study and design of Weld joints- Understanding the various joint configurations, weld positions and weld symbols
Link

10. Non-Destructive testing (NDT) of welded joint
Link

11. Advanced Welding Techniques
Link

2. Principles of Shielded Metal Arc Welding- Understanding the Arc start, Function of electrode and flux, Power source and process parameters
Link

3. Effect of welding parameters on the weld bead- The input parameters such as travel speed, current, voltage, electrode diameter will be studied
Link

4. Heat Flow across the weld bead- Understanding the flow of heat across a welding cross-section by a moving welding torch such that the different zones formed can be related to the heat input.
Link

5. Principles of Gas Welding and Gas Cutting Processes- Understanding the ratio of gases and the principles of welding and cutting
Link

6. Principles of Metal Inert Gas Welding- Understanding the use of continuous feeding of electrodes and its process parameters like voltage, current and the power source .
Link

7. Principles of Tungsten Inert Gas Welding- Understanding the use non consumable electrode as welding torch and the effect of polarity with the weld bead dimensions
Link

8. Principles of Submerged Arc Welding (SAW) - Understanding the working principles of SAW and the use of high current with large diameter electrodes and use of granular flux.
Link

9. Weldzone Evaluation
Link

Aerodynamics Virtual Lab

IIT Kharagpur

1. Verification of Bernoulli's equation
Link

10. Schlierein imaging of flow around different bodies in supersonic flow
Link

2. Pressure distribution over a circular cylinder
Link

3. Surface pressure distribution over airfoil NACA 0015
Link

4. Flow over a delta wing
Link

5. Boundary layer over a flat plate
Link

6. Flow visualization
Link

7. Particle Image Velocimetry
Link

8. Flow visualization on Laminar Flow Table
Link

9. Surface pressure distribution over a delta wing
Link

Vibration Lab II

NITK Surathkal

1. Free Vibration Analysis of Two degree of Freedom System
Link

10. Double Pendulum
Link

2. Impulse Response Analysis of 2 DOF System
Link

3. Tuned Dynamic Vibration Absorber
Link

4. Motor on a Foundation as 2DOF - Free vibration
Link

5. Motor on a Foundation as 2DOF- Forced vibration with rotating unbalance
Link

6. Forging hammer as 2DOF - Free vibration
Link

7. Forging hammer as 2DOF - Impulse excitation
Link

8. Automotive Vehicle as a Two Degree of Freedom System
Link

9. Torsional System as Two Degree of Freedom System
Link

Engineering Graphics Lab

NITK Surathkal

1. Introduction to Engineering Drawing
Link

10. Projections of Solids - Auxiliary Plane Method
Link

2. Projections of Points
Link

3. Projections of Planes
Link

4. Projection of Solids
Link

5. Conversion of Orthographic to Isometric view
Link

6. Projections of Lines - Simple Positions
Link

7. Projection of Lines inclined to both planes
Link

8. Conversion of Isometric to Orthographic view
Link

9. Projection of Planes - Auxiliary Plane Method
Link

Heat Transfer Lab

NITK Surathkal

1. Thermal Conductivity of Metal Rod
Link

10. Test on heat exchangers
Link

2. Heat Transfer through a Long Fin
Link

3. Thermal Conductivity of Insulating Material
Link

4. Determination of Overall Heat Transfer Coefficient of a Composite wall
Link

5. Heat Transfer Coefficient in Natural Convection
Link

6. Critical Heat Flux
Link

7. Emissivity of Surface
Link

8. Stefan Boltzmann Constant
Link

9. Heat Transfer Coefficient in Forced Convection.
Link