Login

Machinery construction

Laboratory of mechanics

  • Construction solutions, designs and prototypes of mechatronic equipment with ejection mechanisms and impactors for measuring human biomechanical parameters.
  • Development of impact devices. Experimental and theoretical research of safe structures.
  • Tests for rapid systems of hydraulic cylinders and special apparatus for measuring vibration.
  • Reduction of energy transfer from vehicles to humans.
  • Experimental research of active and passive shock absorbing units under different temperature conditions.
  • Experimental research of the behavior of new materials in a climate chamber. Development and implementation of optimized designs of safety features.

Contact
doc. Ing. Michal Petrů, Ph.D., +420 485 353 833, michal.petru@tul.cz

Laboratory fo hydrodynamics

  • Development and testing of light composite constructions, development of prototype technologies and their manufacture, testing new material concepts for interior and exterior constructions.
  • Construction systems for flexible storing of machinery, equipment and buildings – elimination of impacts created by damaging vibrations.Research and development of materials, constructions, systems and prototypes.
  • Problem solutions in mechanism construction (synthesis, kinematic and dynamic analysis, simulation, optimization, measurements, experiments).
  • Computation and experimental modelling of dynamic properties and machinery behavior and mechanisms with regard to flexible bodies.

Contact
doc. Ing. Michal Petrů, Ph.D., +420 485 353 833, michal.petru@tul.cz

Laboratory of innovative textile machinery

  • Consulting services in the are of construction of textile and single-purpose machinery.
  • Research and development of textile machinery actuators.
  • Research and develpment of machinery for the production of nanofibers.
  • Development of automated markers for biomass and solid fuels.
  • Research and development of new medical equipment.
  • Troubleshooting during machinery construction (synthesis, kinematic and dynamic analysis, simulation, optimization, measurements, experiments).
  • Vibration reduction in machinery frames, tensile testing, deformation analysis and optimization using FEM.
  • Experimental modelling of dynamic properties and behaviour of machinery and mechanisms.
  • CAD application including the drawing documentation, analysis of rapid-events using high-speed camera.

Contact
prof. Ing. Jaroslav Beran, CSc., +420 485 353 171, jaroslav.beran@tul.cz