EquipmentAvailable
Linear Shake Table (LST)
Faculty of Applied Science
Civil Engineering
University of British Columbia (UBC)
The Linear Shake Table (LST) consists of a steel platform to which test articles are affixed and is moved uni-directionally by a 110 kip actuator. The motion of the actuator is digitally controlled and has a maximum displacement of +/-400 mm and payload of 30 tonnes. The table is 6m x 4m and can be expanded up to 8m x 5m.
Reference: https://eerf.ubc.ca/facilities/the-linear-shake-table-lst/
Earthquake Engineering Research Facility
Faculty of Applied Science
Research lab focused on advancing scientific knowledge and innovation.
MM
Mehrtash Motamedi
Civil Engineering
Faculty of Applied Science
University of British Columbia (UBC)
EquipmentAvailable
Linear Shake Table (LST)
Faculty of Applied Science
Civil Engineering
University of British Columbia (UBC)
The Linear Shake Table (LST) consists of a steel platform to which test articles are affixed and is moved uni-directionally by a 110 kip actuator. The motion of the actuator is digitally controlled and has a maximum displacement of +/-400 mm and payload of 30 tonnes. The table is 6m x 4m and can be expanded up to 8m x 5m.
Reference: https://eerf.ubc.ca/facilities/the-linear-shake-table-lst/
Earthquake Engineering Research Facility
Faculty of Applied Science
Research lab focused on advancing scientific knowledge and innovation.
MM
Mehrtash Motamedi
Civil Engineering
Faculty of Applied Science
University of British Columbia (UBC)
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