ALL LABS
Design & Dynamics Lab
A center for advanced Kinematics, Vibrations, and Stress Analysis experimentation.
Universal Vibration Apparatus
Designed to help engineering students understand the core principles of vibrations. This rig facilitates experiments on spring-mass systems, longitudinal and torsional vibrations. It includes precision scales and adjustable weights for accurate frequency measurement and damping analysis.
Static & Dynamic Balancing Machine
A comprehensive rig to teach balancing of rotating masses in single and multiple planes. Equipped with precise sensors to detect unbalance and angular position. Students learn to calculate and place correction weights effectively.
Four-Bar Mechanism & Kinematic Model Set
A versatile kit for exploring various 4-bar linkage configurations and inversions. Links are easily adjustable to demonstrate Grashof’s law and toggle positions. Includes tracing tools to record coupler curve paths for motion analysis.
Free & Forced Vibration of Beam Apparatus
A robust frame for experiments on transverse vibrations in structural beams. Supports various boundary conditions like fixed, pinned, or cantilever. Includes an exciter for forced vibration and sensors for resonance detection.
Whirling of Shaft Apparatus
A specialized setup to study the critical speed of rotating shafts. Includes various shaft diameters and support conditions to observe nodal points and vibration modes. Students can analyze the impact of unbalanced masses on centrifugal forces.
Cam Analysis Apparatus
Engineered for studying cam-and-follower kinematics and displacement profiles. Includes multiple cam profiles and follower types. High-precision displacement gauges track motion profile against rotation angle for precise jump analysis.
Universal Governor Apparatus
Analyzes sensitivity, stability, and effort of different centrifugal governor types (Watt, Porter, Proell). Motor-driven with variable speeds to observe fly-ball lift. Precision scales measure sleeve displacement for curve plotting.
Truss & Frame Analysis Apparatus
Allows for experimental verification of forces in redundant and determinate truss structures. Uses precision strain-gauged links to measure axial forces under load, ideal for comparison with theoretical finite element calculations.
Gyroscope Apparatus
Demonstrates principles of gyroscopic torque and the effect of precession on rotating bodies. Features a high-speed motor-driven rotor with variable speeds and adjustable counterweights for verification of the gyroscopic couple equation.
Slider-Crank Mechanism Apparatus
A fundamental model for analyzing reciprocating engine kinematics. Features adjustable crank radius and connecting rod lengths. Students measure piston displacement, velocity, and acceleration during a complete cycle.
Torsional Vibration Apparatus
Dedicated to studying oscillatory motion in shafting systems under twist. Features single and two-rotor systems with adjustable shaft stiffness. Students measure natural frequency of torsional oscillation and analyze damping effects.
Strain Gauge-based Experimental Stress Analysis Frame
An advanced station for high-precision stress/strain measurement on metallic specimens. Features a digital strain indicator and multi-channel data acquisition. Students learn bridge balancing for real-time load monitoring.
TOTAL EQUIPMENT: 12 UNITS