Digital image correlation (DIC) system designed to enhance the student learning experience, for real-time and post-process measurement and visualisation of deformations, strains and displacements in materials and shapes. Complements the teaching equipment.

Digital image correlation (DIC) system designed to enhance the student learning experience, for real-time and post-process measurement and visualisation of deformations, strains and displacements in materials and shapes. Complements the teaching equipment.

A compact bench top mounting experiment to demonstrate the phenomena of whirling shafts.

For experiments in balancing a rotating mass system, statically and dynamically

Demonstrates the relationship between gyroscopic couple and the velocities of the rotor and precession.

For experiments in centrifugal force and angular velocity.

COMING SOON: A highly visual demonstration of the Coriolis Force on a jet of water.

An experimental unit to allow students to find the dynamic efficiency of various drive types. The unit comes complete with a gear drive unit which can be configured as a simple or compound drive.

An ancillary unit to the TM1018 for performing acceleration tests on a simple flywheel (included) and the TM1018 gear drive unit. It also provides a facility for static friction tests on the TM1018 gear drive unit.

A toothed belt drive unit for use with the TM1018.

A round belt drive unit for use with the TM1018.

A roller chain drive unit for use with the TM1018.

A helical gear drive unit for use with the TM1018.

A machine to allow students to study the dynamic behaviour of different cams and followers and their "bounce" speed.

A model four cylinder engine that shows the primary and secondary forces and moments when balancing reciprocating masses.

Three interchangeable governors (Hartnell, Porter and Proell) show the effects of speed, mass and geometry on governor behaviour.