Geotechnical Design

Geotechnical DesignChoosing correct and effective solutions usually need a great experience in this field. Although considering the available techniques would lead to certain solutions, but wrong solutions may result in disaster. After choosing the right solutions, next step will be utilizing the proper and patented software to design the details and compare the feasible techniques.

Geotechnical Design and Solution Ground Improvement Deep Foundation Earth Retention Grouting Technology Injection System Excavation and Stablization Seepage Control Slope Stabilisation Rapid Impact Compaction Deep Soil Mixing Micropile Shotcrete Anchor and Soil Nail Diaphragm Wall Secant Piles Wall Deep Dynamic Compaction Rock fall and avalanche Barrier Sheet pile wall

Technologies

Rapid Impact Compaction

Rapid Impact Compaction

Rapid Impact Compaction (RIC) is an ideal method for increasing soil compaction and bearing capacity and reducing the settlement and the risk of liquefaction in loose Sands. This method is fast and economical and is environmental friendly.

Caissons

Caissons

Caissons are huge semi deep concrete foundation which provide enough balance and stability for its superstructure and usually is embedded on a previously improved ground. It is also applicable to use replaced granular soil to act as in minor concentrated loose sands.

Soil Anchorage

Soil Anchorage

Soil anchorage is an active method for stabilizing inclined lands and excavations. In this method soil wall is drilled up to 20 cm and to enough depth, then preassemble steel reinforcement is placed in the drilled hole and the cement bass grout is injected in the hole. Then it is activated by prestressing hydraulic jacks to stabilize the excavation and incline lands.