The earthquake simulator and shaking table are integral parts of earthquake engineering education. Shaking table experiments are a highly effective tool for teaching concepts related to structural dynamics and earthquake engineering to civil engineering students. The designed shaking table's drive unit consists of a variable speed DC electric motor. The shaking table has a capacity of 80 kg. The manufactured system aims to compare and analyze different soil structures. It provides an opportunity to compare the responses of buildings with two different foundation types during an earthquake.

 • 20V AC Supply

• Movable wheeled platform

• Test chamber with replaceable and four-sided transparent appearance.

• Simulation and mechanism of providing “pitch” movement with Yoke in the model airplane in the test room

• Model positioning (2 axes)

• Replaceable Honeycomb air straightener (Square, Triangle, Hexagon)

• Test chamber transparent plexiglass (300mmx300mmx550mm prism)

• Contraction rate 4.61%

• About 150 kg of painted iron sheet

• Computerized control and data monitoring

• Reporting data to Excel

• Engine speed adjustment with throttle

• In the Wind Tunnel Training Set, 3 different airfoil wing types, cylindrical model, 1/32 ratio F1 vehicle and specially designed models can be used to analyze friction force and lift force. 

• DIMENSIONS 3000X720X1500mm

Investigation of different soil structures,

Comparison of different foundation types,

Examination of the destructive power of earthquakes occurring at different frequencies.