201 |
Gyroscopic Apparatus
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Gyroscopic Apparatus |
A gyroscope is a device used for measuring or maintaining orientation and angular velocity. It is a spinning wheel or disc in which the axis of rotation (spin axis) is free to assume any orientation by itself. |
Prof. S K Mangal |
Theory of Machine Lab |
Institute Fund |
Working |
202 |
Static and Dynamic Balancing Apparatus
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Static and Dynamic Balancing Apparatus |
The process of static or dynamic balancing will minimise the vibration and reduce the level of noise a machine produces, as well as to extend the life of a machine. |
Prof. S K Mangal |
Theory of Machine Lab |
Institute Fund |
Working |
203 |
Universal Governor Appratus
|
Universal Governor Appratus |
The set-up is designed to study the working of different governors normally used to control the speed. It consists of a main spindle, mounted vertically on the base plate. This spindle is driven by a variable speed Motor which is also mounted vertically on the same base plate. |
Prof. S K Mangal |
Theory of Machine Lab |
Institute Fund |
Working |
204 |
Co – Efficient of Friction Apparatus
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Co – Efficient of Friction Apparatus |
The coefficient of friction (COF) tester is designed to measure the static and kinetic coefficients of friction of plastic film, sheeting and similar materials. The COF tester measures the coefficient of friction of a test sample, by pulling a weighted sled across a test sample and measuring the force. |
Prof. S K Mangal |
Theory of Machine Lab |
Institute Fund |
Working |
205 |
Vibration Apparatus
|
Vibration Apparatus |
Vibration testing equipment is used to test the response of materials and structures to vibration. It is an essential tool for engineers to understand the behavior of materials and structures under vibrational loading. |
Prof. S K Mangal |
Theory of Machine Lab |
Institute Fund |
Working |
206 |
Coriolis Component of Accleration Apparatus
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Coriolis Component of Accleration Apparatus |
The apparatus uses hydraulic analogy to determine Corioli's Component of Acceleration. It consists of two SS tubes connected to a central rotor distributor. The distributor is rotated by a variable speed PMDC motor. Water is supplied to a distributer by pump though Rotameter. |
Prof. S K Mangal |
Theory of Machine Lab |
Institute Fund |
Working |
207 |
Single Slider Mechanism
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Single Slider Mechanism |
A slider-crank mechanism is utilized in combustion engine piston cylinder assemblies to convert reciprocating motion into circular motion and vice versa. Rotary Engines: By securing the crank in the Slider-crank mechanism, rotary engines can be formed. |
Prof. S K Mangal |
Theory of Machine Lab |
Institute Fund |
Working |
208 |
Types of Gears
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Types of Gears |
Gears serve two main purposes: increasing speed or increasing force. In order to increase one of these, compromises must me made. For example, to increase the speed of a bicycle's wheels the force applied to the pedals must be increased. Similarly, to increase the force on the wheels the pedals must be turned faster. |
Prof. S K Mangal |
Theory of Machine Lab |
Institute Fund |
Working |
209 |
DSTATCOM
|
DSTATCOM |
Power electronic system for reactive power compensation |
Prof. T.S.Saggu |
Machine Lab |
Institute Fund |
Working |
210 |
Artificial Wind Generating Unit with Accessories
|
Artificial Wind Generating Unit with Accessories |
Power electronic system for wind energy research |
Prof. T.S.Saggu |
Machine Lab |
Institute Fund |
Working |