Marine Geotechnics OLD
Laboratory Marine Geotechnics and Marine Engineering Geology
Dynamic Triaxial Testing Device
Hydraulic load-apparatus to simulate fluctuating three-dimensional stress conditions (more...)
Ring shear apparatus
Ring shear apparatus (25MPa normal stress) to determine frictional behaviour, peak and residual shear strength and pore-pressure changes of marine sediments (more...)
Shear strength testing (vane shear device, direct shear apparatus, falling cone penetrometer)
[Site under construction]
Heated uniaxial apparatus
Two machines were constructed at the soil-mechanical laboratory of the RCOM Bremen. The main field of application is to investigate water-saturated sediment-probes of varying composition over huge ranges of pressure and temperature. Both machines were constructed to allow long-term investigations of physical and chemical processes. (more...)
Standard Oedometer
[Site under construction]
Large-scale oedometer
[Site under construction]
Oedometer with triaxial cell
At MARUM Marine Geotechnics, a hydrothermal (up to 250°C) direct shear apparatus has been developed. The system is capable of utting 250 MPa normal force onto samples which get sheared al low to moderate rates to simulate frictional sliding of fault rocks down to PT regimes equivalent to the seismogenic zone. During shear, pore pressure and permeability in the fault zone can be monitored/controlled (more...)
[Site under construction]
Permeameter
Several backpressured permeameter systems, spanning from 800 kPa to 3.5 MPa confining pressure, are available for hydraulic testing in the MARUM geotechnical laboratory.
Simple load frames
[Site under construction]