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| Beam Test Setup |
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Beam test setup to find load theorem with different end conditions – Beam test setup frame made of 1” 1” square tube with 4 different end conditions, weight hanger, dial gauge holder and measuring scale of 2 Nos.
Consisting of Young’s Modulus, Maxwell’s Reciprocal theorem, Verification of Super position theorem and Verification of Castingliano theorem with accessories.
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| Thin walled pressure vessel setup |
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Consisting of SS / Brass / Copper material (Customer to specify type of material required with pressure gauge).
Strain gauge in X & Y coordinate with 4 digit digital panel mounting indicator. Foot operated pump with pressure gauge and fittings. Mounted on a L shaped M.S. angle frame. The instrumentations are housed in a integral box.
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| Column test rig (Non motorized, manually operated) |
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Consisting of Base frame box, pillar, digital meter, fixed/fixed, hinged, condition end fixtures etc. |
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| Hinged bar suspended by two wires of different materials (Bifilar suspension system) |
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Consisting of Table mounted frame with flat pendulum with suitable sizes, dial gauges, weights, weighing hanger. . |
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| Setup for transverse vibration of beams with different end conditions. |
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Consisting of MS base frame with three end conditions and beam experiment is under the principle of “Dunkerly rule”. Also, its contents are vibration sensor, digital panel mounting type meter, weights, weighing hanger, stop watch and measuring scale.
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| Setup for logarithmic decrement of a damped system. |
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Torsional vibration in single rotor system using damping.
Consisting of vertical frame, heavy fly wheel mass, damping drum, SS shaft, oil with container.
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| Setup for measurement of displacement, Velocity, Acceleration and phase lag in forced vibration system. |
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Setup for measurement of displacement velocity, acceleration and phase lag in forced vibration system. Consisting of vibrator with vibration sensor and indicators, amplifier, shaker, vibration meters.
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| Unsymmetrical bending of Beams –Z’ section. |
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Consisting of ‘Z’ shape, suitable height, length, breadth, thickness, MS material, dial gauges, weights, hooks. |
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| Shear centre location for Open section – Angle |
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Consisting of ‘L’ shape, suitable height, length, breadth, thickness, MS material, dial gauges, weights, hooks. . |
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| Shear centre location for Open section – Channel |
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Consisting of ‘[’ shape, suitable height, length, breadth, thickness, MS material, dial gauges, weights, hooks
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| Shear centre location for Closed section |
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Consisting of ‘D’ shape, suitable height, length, breadth, thickness, Aluminum material, dial gauges, weights, hooks. |
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| Constant Strength beam |
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Consisting of suitable length, breadth, thickness, Aluminum material, weights, hook, strain gauges, digital indicator.. |
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| Flexibility matrix for Cantilever beam |
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Consisting of suitable length, breadth, thickness, MS material, dial gauge, weights, hook, strain gauge. |
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| Beam with Combined loading |
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Consisting of suitable length, breadth, thickness, MS material, weights, hook, strain gauges, digital indicator.. |
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| Photoelastic apparatus |
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Consisting of Polarizer/Analyzer set, quarter wave plate, aluminum disc, sodium vapour lamp and plain light with controller, MS frame, fringe holders, shackles. |
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| Vibration of Beams – Free, Forced and Torsional |
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Consisting of suitable length, breadth, thickness, MS material, weights, hook, digital indicator, vibrator, Speed f/Amp. |
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| Wagner beam – Tension field beam |
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Consisting of suitable length, breadth, thickness, Aluminum material, strain gauges, digital indicator. |
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