Rock fall and Avalanche Barrier

Rock fall and Avalanche BarrierDifferent types of barriers are used to avoid mortal results of falling large and small rock or debris. Determining the determination of the potential falling rock weights and the calculation of the impact energy is the key point to decide the type of the barrier.

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

Rock fall and Avalanche Barrier

Rock fall and Avalanche Barrier

Different types of barriers are used to avoid mortal results of falling large and small rock or debris. Determining the determination of the potential falling rock weights and the calculation of the impact energy is the key point to decide the type of the barrier.

Diaphragm Walls

Diaphragm Walls

Diaphragm walls are continues adjacent concrete walls to reduce mainly the underground water seepage and apart of engineering load-bearing elements to stabilize deep excavations with a strong vertical facing.

Reinforced Earth

Reinforced Earth

This method is highly innovative for building Earth walls. It creates masterpiece engineering walls which are totally compatible with the nature and green texture of urban areas.