Indosaw Engineering – Gunt

Strength and testing of materials Lab Equipment

Fundamentals of materials testing for Lab Equipment

Deformation of bars under bending or torsion

Influence of material, cross-section and clamping length on deformation

Torsion test, 30 Nm

Manual torsion testing of different materials to fracture

Bearing friction

Sliding bearing friction with different bearing material pairings and comparison with rolling bearing friction

Materials testing, 20 kN

Training unit for basic experiments on materials testing: tensile tests, Brinell hardness tests, stress-strain diagrams

Torsion test, 30 Nm

Demonstration of typical creep phenomena in various materials

Friction in journal bearings

Learning the fundamentals of hydrodynamic lubrication by experimentation

Impact test, 25 Nm

Classic Charpy notched-bar impact test; specimens with different crosssections and materials

Fatigue strength test

Fatigue strength of bars subject to cyclic bending load; stress-number (S-N) diagram

Corrosion of metals

Parallel investigation of different influencing factors on different metal samples

Strength of materials

Multi-channel measurement amplifier

Processing of analogue measuring signals for stress and strain analysis FL 120 – FL 140 and for GUNT trusses

Stress and strain analysis on a thick-walled cylinder

Triaxial stress state in the cylinder wall; cylinder with strain gauge application on surface and in wall

Deformation of straight beams

Elastic lines of statically determinate and indeterminate beams under various clamping condition

Photoelastic experiments with a transmission polariscope

Visualisation of mechanical stresses in models subject to varying loads

Stress and strain analysis on a membrane

nvestigation of deflection and strain of a membrane under internal pressure; membrane with strain gauge application

Buckling behaviour of bars

Verification of the Euler theory of buckling: influence of material, cross-section, length, and support

Strain gauge training system

Basic introduction to measurement with strain gauges for tension, bending and torsion

Stress and strain analysis on a thin-walled cylinder

Investigation of axial and circumferential stress in a thin-walled cylinder under internal pressure

Stress and strain analysis on a thin-walled cylinder

Verification of stress hypotheses

Multiaxial loading of samples by bending and torsion

Determining the gauge factor of strain gauges

Calibration of a strain gauge: measurement of deflection and strain

Scroll to Top