• Measurement of vibration, dynamic movements, pressure, forces and shock in soil, rock and structures
  • Determination of dynamic properties of soil and rock from geophysical field investigations and laboratory testing
  • Evaluation of vibration and structural noise from transportation dynamics for roads and high speed railways, and design of remediate measures
  • Foundations for machinery with dynamic loading
  • Threshold values for vibration impact on human beings, structures and sensitive equipment, and design of isolated foundations and solutions for vibration sensitive industry
  • Analysis of low frequency sound propagation and design of structural remediate measures against sound induced vibrations
  • Effect of blasting and shock waves phenomenon and resulting vibrations in soil and rock and on structures, and countermeasures. Determine threshold values.
  • Use of  seismic waves to determine geomechanical properties of the sea bed and oil and gas reservoir rocks and cap rocks
  • Evaluation of stability of slopes and retaining walls subjected to earthquake loading
  • Ground response analysis and response spectra for earthquake analysis of structures
  • Analyses of dynamic soil-structure interaction (SSI) and foundation stiffness
  • Assessment of liquefaction potential during earthquake loading