A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Innovative Wavy Bolts and their Supporting Mechanism for Burst Prone Rock Masses
A new type of bolt with wavy body has been designed for the supporting of burst prone rock masses and turned out to be a great success. To reveal its working mechanism, static and dynamic analyses have been carried out. Firstly, static pull-out investigations show that wavy body of the bolt has largely improved its deformation capability. Then, vibration modes and corresponding frequencies of wavy bolts and traditional point anchored bolts are obtained respectively by mode analyses. It is revealed that, at the same exciting frequency range, more vibration modes, especially the axial vibrations, can be excited for wavy bolts than for traditional bolts. Furthermore, Analyses on wave interaction between bolt and rock masses show that the energy catcher function of wavy bolt cluster is vital for its excellent supporting effect in burst prone rock masses.
Innovative Wavy Bolts and their Supporting Mechanism for Burst Prone Rock Masses
A new type of bolt with wavy body has been designed for the supporting of burst prone rock masses and turned out to be a great success. To reveal its working mechanism, static and dynamic analyses have been carried out. Firstly, static pull-out investigations show that wavy body of the bolt has largely improved its deformation capability. Then, vibration modes and corresponding frequencies of wavy bolts and traditional point anchored bolts are obtained respectively by mode analyses. It is revealed that, at the same exciting frequency range, more vibration modes, especially the axial vibrations, can be excited for wavy bolts than for traditional bolts. Furthermore, Analyses on wave interaction between bolt and rock masses show that the energy catcher function of wavy bolt cluster is vital for its excellent supporting effect in burst prone rock masses.
Innovative Wavy Bolts and their Supporting Mechanism for Burst Prone Rock Masses
Zhou, Zi-long (author) / Li, Xi-bing (author) / Ma, Chun-de (author) / Zou, Yang (author) / Yin, Tu-Bing (author)
2012
4 Seiten
Conference paper
English
Experimental Study on the Performance of Rock Bolts in Coal Burst-Prone Mines
| Online Contents | 2019
Experimental Study on the Performance of Rock Bolts in Coal Burst-Prone Mines
| Online Contents | 2019
Modeling of Jointed Rock Masses Reinforced by Rock Bolts
| British Library Online Contents | 1992
Field Observations of Rock Bolts in High Stress Rock Masses
| British Library Online Contents | 2010
Field Observations of Rock Bolts in High Stress Rock Masses
| Online Contents | 2009