This text is about the practical experience of stock composite support technique in high stress broken zone of rocks.

After studied the Liuqiao fault fracture zone water yield property and transmissibility,pipe shed support and advance grouting reinforced engineering were adopted before the crossheading cut through the fault,meanwhile a series of tried and true driving and supporting measures taken on to insure the-380 crossheading cutting through the fault safely.

An outline is given of technical investigation of the transformed belt-subinclined shaft passing through the soft rock bed in the high stress fracture zone of Wu-er coal mountain at Level 2 of No 6 mine in Pingdingshan Coal Group Co,Ltd.

It is considered that the silicated fracture zone of carbonate rocks of the underlying Ordovician System is the mineralizing materials source of the gold deposit and the gold enrichment is relative to the extremely strong chemical weathering in tropical rainforest .

The effects of longshore currents,Stokes mass transport by waves,large scale eddies and the instability of longshore currents on the transport of pollutant in a surf zone are discussed based on the experimental results.

Technology of grouting and blocking water in fault broken zone;

Support theory and practices to repair of mine roadway in tectonic broken zone;

Study on pilot bolt reinforcement with dowelling function in project surrounding rocks of broken zone base on DDA theory

TSP advance geology forecasting is conducted during the construction of the tunnel penetrating through the fractured surrounding rock mass,so as to determine the distance and strike of the fractured zone.

Through the engineering case of ZhuanBao tunnel project in Nanchuan-Fuling highway, this paper elaborated the construction technology to deal with the poor geological conditions as faults, weak intercalations and fractured zone in section K32+302～306, the results indicated that this construction technology was successful and could provide guidance for similar projects.

This paper gives a brief introduction to the features of the G23 crushed altered fracture zone located within the dam foundation area of a hydropower project and then makes a preliminary analysis and an appraisal of the influence of the G23 fracture zone on settlement and stress of the dam body by using the definite element method.