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Lab Code: ALABS-A166-001
Photoelastic Demonstration Photoelasticity can be used to demonstrate distribution of stress and stress concentrations in component mo...
Lab Code: ALABS-A166-002
Photoelastic Experiments with Transmission Polariscope Photoelasticity is a tried and proven method of analysing and recording mechanica...
Lab Code: ALABS-A166-003
Stress and Strain Analysis Thick Walled Cylinder In contrast to thin-walled vessels, when designing thick-walled vessels allowance must ...
Lab Code: ALABS-A166-004
Stress and Strain Analysis Thin Walled Cylinder The findings obtained from the experiments using demonstrate the calculation and design ...
Lab Code: ALABS-A166-005
Stress and Strain Analysis Membrane In experimental stress and strain analysis, strain gauges are used to determine stresses and st...
Lab Code: ALABS-A166-006
Multi Channel Measurement Amplifier Stresses and strains occurring in components are determined in experimental stress and strain ...
Lab Code: ALABS-A166-007
Strain Gauge Application Set Measurement using strain gauges is the most important method of measuring mechanical strain. In this measurement m...
Lab Code: ALABS-A166-008
Determining Gauge Factor of Strain Gauges As universal aids to experimental stress and strain analysis, strain gauges enable mechanical ...
Lab Code: ALABS-A166-009
Strain Gauge Training System Strain gauges are used extensively in sensor systems to detect forces, moments and deformations. The e...
Lab Code: ALABS-A166-010
Verification of Stress Hypotheses Stress hypotheses are applied in the science of the strength of materials when calculating comparative...
Lab Code: ALABS-A166-011
Unsymmetrical Bending Symmetrical bending of a beam – also known as uniaxial bending - occurs when the load plane coincides wi...
Lab Code: ALABS-A166-012
Deformation of Frames A frame is a bent beam with rigid corners which creates a so-called structure gauge. This means that it spans a ...
Lab Code: ALABS-A166-013
Buckling Behaviour of Bars In technical mechanics, loss of stability is known as buckling. Under the effects of compressive forces, and u...
Lab Code: ALABS-A166-014
Hookes Law Apparatus Hooke’s law describes the elastic behaviour of components where deformation is proport...
Lab Code: ALABS-A166-015
Demonstration of Euler Buckling In stability theory, the four cases of Euler buckling represent the elastic flexural buckling of straig...
Lab Code: ALABS-A166-016
Investigation of Simple Stability Problem Buckling is a stability problem which occurs in practice when slim components are ...
Lab Code: ALABS-A166-017
Deformation of Trusses When a component is placed under load it undergoes elastic deformation. This deformation can be calculated by det...
Lab Code: ALABS-A166-018
Deformation Curved Axis Beam In construction engineering, a distinction is made between beams and arches. An arch is a statically ...
Lab Code: ALABS-A166-019
Deformation of Bars under Bending or Torsion Bending and torsion are typical loads to which components are subjected. The resultant stresses a...
Lab Code: ALABS-A166-020
Torsion of Bar Torsion occurs primarily on axles and drive shafts in motor vehicles and machines. The torsion occurring in the shaft cause cr...
Lab Code: ALABS-A166-021
Deformation of Straight Beam Beams are key structural elements in mechanical engineering and in construction. A beam is a bar-shaped component...
Lab Code: ALABS-A166-022
Method to Determine the Elastic Line Beams are key structural elements in mechanical engineering and in construction which are subject t...