Strength of Materials and Building Constructions Laboratory
Characteristics
Research activity:
- Testing of materials working in a complex state of stress (normal and shear) subjected to temporary, long-term and cyclic loading.
- Testing of ultimate tensile strength, rheological strength and fatigue strength in the full range of expected forces.
- Tensile strength tests under static and dynamic loads of mechanical and building structures.
Research possibilities:
- Determination of elasticity, stiffness and rheological coefficients.
- Determination of stability coefficients.
- Measurement of deformations and displacements with the use of automatic recording and processing of measured values.
- Assessment of concrete in the elements delivered to the Laboratory and from samples taken from the existing structures.
- Determining of hardness of metals and their alloys.
Equipment:
Material strength test stand no. 1
- Twin – column universal testing machine. Maximum force capacity +/-10 kN.
- Twin – column universal testing machine. Maximum force capacity +/-100 kN.
- Universal hardness tester, test load up to 250 kg.
- Universal hardness tester, test load up to 3000 kg.
Material strength test stand no. 2
- Universal testing machine for static and pulsating loadings. Maximum force capacity +/- 2,5 MN.
- Four – column universal testing machine. Maximum force capacity +/- 3,5 MN.
Other equipment
- Digital calipers. Measurement range 150mm
- Digital micrometers. Measurement range: 25, 50 and 100 mm.
- Inspection microscopes. Magnification up to 50x.
- Laboratory dryer. Temperature range from 30 to 250˚C.
- Micro – percussion marker.