Material Testing and Experimental Stress Analysis 

Trials are conducted on the loading machines MTS, Instron Schenck, Tira, Inova, Instron, Amsler up to 500 kN. 

Files to download
Photogallery
CONTACT


Dr. Ing. Roman Růžek
Head of Material, Technology & NDT Group VZLÚ
Tel : +420 225 115 134
e-mail: ruzek@vzlu.cz

Material Testing and Experimental Stress Analysis
WE OFFER:
  • Coupon, panel and structural part static and fatigue testing
  • Crack growth monitoring and analysis
  • Fracture toughness tests (K-factor, J-integral, plastic zone, ...)
  • Contact corrosion tests
  • Hot-Wet testing
  • Testing process controlled by strain, force or hysteresis loop magnitude
  • Impact damage simulation
  • Metallographic and failure surface analysis
EQUIPMENT:
  • Fatigue and static loading test machines MTS, Instron Schenck, Tira, Inova, Instron and Amsler up to 500 kN
  • Laboratory for metallographic and fracture surfaces analysis:
    • Metallographic microscope GX51 BF/DF (1000x)
    • Optical microscope Olympus SZ40 (50x)
    • Spectrometers BAIRD Foundrymate + PerkinElmer
    • Precision balance
  • Contactless strain and stress analysis
    • Q 100 (Electronic Speckle Pattern Interferometry)
    • ARAMIS 3D HS + PONTOS (Digital Image Correlation)
    • Laser interferometry extensometer MessPhysik
    • SPATE 4000 (Thermoelasticimetry)
  • Photoelasticimetry
  • Different types of mechanical extensometers
  • System BMS for continual multichannel strain measurement
  • Climate chambers HSR and TestAir (temperature range - 40 °C up to + 250°C, humidity up to 95%)
  • High temperature furnace SIGMATEST up to 1 100 °C
  • Crack growth monitoring system FRACTOMAT
Standard specifications:

ČSN, ASTM, MMPDS, MIL, JSME, DIN, DEF-STAN

CUSTOMERS:
  • companies from all industry branches, universities, other research institutes