# Rock Dynamics and Applications 3

DOI link for Rock Dynamics and Applications 3

Rock Dynamics and Applications 3 book

# Rock Dynamics and Applications 3

DOI link for Rock Dynamics and Applications 3

Rock Dynamics and Applications 3 book

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**Rock Dynamics – Experiments, Theories and Applications **is a collection of scientific and technical papers presented at the Third International Conference on Rock Dynamics and Applications (RocDyn-3, Trondheim, Norway, 26-27 June 2018). The papers in the book reflect the recent developments in experiment and theory as well as engineering applications of rock dynamics. Rock dynamics studies the response of rock and rock masses under dynamic loading and during the state transition from static loading to kinetic movement. It also includes the study of engineering countermeasures to dynamic instability of rock and rock masses. The topics in the book include:

- Dynamic theories

- Numerical simulation

- Propagation of stress waves

- Dynamic tests of rock

- Stability of underground openings under dynamic loading

- Rockburst

- Seismic monitoring

- Dynamic rock support

- Blasting

- Earthquake-related rock structure damage, etc.

Applications, such as rockburst, dynamic rock support, seismic monitoring, blasting and earthquake-related rock structure damage, are paid special attention in **Rock Dynamics – Experiments, Theories and Applications**. The papers, from specialists both from mining and tunnelling branches, discuss commonly interested dynamic issues. Their experience and knowledge in the application of rock dynamics are extremely valuable for all academics, engineers and professionals who work with rock dynamics.

## TABLE OF CONTENTS

part 1|56 pages

Keynotes

chapter 1|9 pages

#### Rock burst observations from hard rock mines: Failures, successes, lessons learned

chapter 2|11 pages

#### Dynamic and coupled static-dynamic loading theory and method in deep hard rock mining

chapter 3|21 pages

#### A review of the development of better prediction equations for blast fragmentation

chapter 4|10 pages

#### Spalling in extreme ground motion and evidence from the 2008 Wenchuan earthquake

part 2|129 pages

Laboratory dynamic testing of rock

chapter 5|6 pages

#### Shear behavior of planar rock joints under Dynamic Normal Load (DNL) conditions

chapter 6|7 pages

#### Experimental characterization of Himalayan limestone

chapter 7|4 pages

#### Effects of water-filled rock joints on ultrasonic P-wave propagation

chapter 8|5 pages

#### Monitoring of damage evolution in granite under uniaxial compression by AE and P-wave velocity

chapter 9|6 pages

#### Dynamic fracture behavior of dry and saturated sandstone

chapter 10|7 pages

#### Two-ways dynamic shear testing of rock discontinuities

chapter 11|6 pages

#### Stress redistribution of dynamic loading incident through a pre-stressed cavity

chapter 12|5 pages

#### Dynamic tests of marble specimens with artificial defects under impact loading by SHPB

chapter 13|6 pages

#### Experimental study on the strength characteristics of coal specimens under static and dynamic loadings

chapter 14|6 pages

#### Deformation characteristics of Beishan granite under low-cyclic loading

chapter 15|6 pages

#### Dynamic mode II fracture toughness determination of rocks with short cores in compression method

chapter 16|8 pages

#### Thermo-mechanical properties of sandstone under coupled static and dynamic loading

chapter 17|7 pages

#### Fracture characteristics of rock under coupled static pre-load and impact disturbance

chapter 18|8 pages

#### Dynamic characteristic of rock under in-situ stress and blast loading

chapter 19|5 pages

#### Mechanical characteristics of sandstone under both static pre-stress and cyclic loading

chapter 20|6 pages

#### Study on rock breakage by disc cutter under coupled static and dynamic loads

chapter 21|6 pages

#### Development of impact loading test device for gas-containing coal

chapter 23|4 pages

#### A preliminary study of using high-speed Digital Image Correlation (DIC) to characterize the penetration on geomaterial

chapter 24|7 pages

#### Validation of a mathematical model for evaluating the dynamic shear strength of rock

part 3|84 pages

Theoretical study and numerical modelling

chapter 25|6 pages

#### Sensitivity analysis of block stability under seismic loading

chapter 26|6 pages

#### Numerical study on the strain-rate sensitivity of rock: Meso-mechanical approach

chapter 27|6 pages

#### Study of the deformation property of rock under cyclic loading based on the sub-loading surface theory

chapter 28|5 pages

#### General invariant representations of several kinematical identities

chapter 29|6 pages

#### Numerical simulations on failure and stress wave propagation in solid materials using a 3D lattice spring model

chapter 30|5 pages

#### Analysis of elastic wave attenuation in different rock samples

chapter 31|7 pages

#### Application of Dominant Crack Algorithm (DCA) to dynamic tensile failure of rocks

chapter 32|5 pages

#### Dynamic rock slope stability analysis using UDEC software

chapter 33|6 pages

#### DEM analysis of the effect of discontinuities on coal mass brittleness

chapter 34|6 pages

#### Analysis of rock failure under dynamic loading based on a micromechanical damage model

chapter 35|7 pages

#### A dynamic stress state analysis at the pressure tunnel of upper Tamakoshi HPP, Nepal

chapter 36|6 pages

#### A study on the dynamic feedback characteristics of slip body during sliding

chapter 37|6 pages

#### Research on the dynamic behaviour of rock material: Rate dependency and pulverization

part 4|169 pages

Rockburst and dynamic rock support

chapter 38|8 pages

#### Dynamic buckling mechanism of pillar rockbursts induced by stress waves

chapter 39|4 pages

#### Strain and energy parameters of burst-prone rocks: Study and analysis

chapter 40|6 pages

#### Determination of the specific rock failure energy at various structural-scale levels

chapter 42|5 pages

#### A numerical study of spalling under different dynamic loads using PNMM

chapter 43|6 pages

#### Rockbursts characteristics on twin TBM tunnels in the lower himalayas

chapter 44|6 pages

#### Study on the influence of aircraft load on the tunnel under airport runway

chapter 45|6 pages

#### Effects of the joint density and joint dip angle on the fracture energy in coal mass

chapter 46|6 pages

#### Rock energy evolution under triaxial cyclic loading-unloading compression

chapter 47|7 pages

#### Towards improved design of rock reinforcement systems in burst-prone rock masses

chapter |5 pages

#### Study on the interaction between shock waves and non-uniform stresses in the rock mass

chapter |5 pages

#### Rock fracturing related to strain burst in quartzite rock mass

chapter |6 pages

#### The development and optimization of face-perpendicular preconditioning technique for development ends

chapter |5 pages

#### Practice of face-perpendicular preconditioning for safe remnant extraction

chapter |6 pages

#### Behaviour of full grouted rock bolts subjected to repeated dynamic loading

chapter |6 pages

#### Dynamic response of support systems during the excavation of underground openings

chapter |6 pages

#### Increased agility for the research and development of dynamic roof support products

chapter |6 pages

#### Relationship between energy per impulse and dynamic capacity of a rockbolt

chapter |6 pages

#### Application of the MD bolt in the Fosterville gold mine

chapter |6 pages

#### Development of the MDX bolt and in-situ dynamic testing at Telfer Gold Mine

chapter |7 pages

#### Dynamic test of flexi-bolts reinforcement system and its performance in hard rock underground mining

chapter |8 pages

#### Garford Hybrid Dynamic bolt reinforcement system on trial in deep level gold mines of South Africa

chapter |8 pages

#### The need for additional dynamic testing methods for ground support elements

chapter |7 pages

#### Monitoring pillar behaviour while driving towards a shear zone in highly stressed ground at Vale’s Creighton mine

part |75 pages

Seismicity and seismic monitoring in underground excavations

chapter |6 pages

#### A case study of mining induced seismicity in a weak rock mine at Barrick Goldstrike in Nevada

chapter |6 pages

#### Seismic response of shallow buried rock tunnel: Shaking table test and numerical simulation

chapter |6 pages

#### Forecast the deformation of the surrounding rock using MS monitoring

chapter |7 pages

#### Stress evolution and induced seismicity in mining: Lab test, observation and modeling

chapter |6 pages

#### Monitoring of mining-induced seismicity in the Khibiny rock massif

chapter |6 pages

#### A numerical modeling methodology for assessing rock failure stabilities

chapter |6 pages

#### Microseismic monitoring in twin TBM tunnels in the lower himalayas

chapter |6 pages

#### Comparison of microseismic monitoring and actual rockbursts in twin TBM tunnels in the Lower Himalayas

chapter |8 pages

#### Rock burst prediction and case analysis based on seismic monitoring in tunneling

chapter |7 pages

#### Seismic characteristics of field measurements and numerical analyses of an underground quarry in Oya

chapter |7 pages

#### Multi-factor pattern recognition method of rockburst in coal mines

part |86 pages

Earthquake-induced damages to engineering structures

chapter |6 pages

#### Some considerations on the stability and design of underground structures during earthquakes

chapter |7 pages

#### Damage to rock engineering structures induced by the 2016 Kumamoto earthquakes

chapter |7 pages

#### Dynamic response and stability of some historical masonry structures subjected to ground shaking

chapter |7 pages

#### Simulation of strong motions and surface rupture of the 2014 Northern Nagano Earthquake

chapter |7 pages

#### Dynamic stability of rock slopes and the effect of reinforcement against planar sliding

chapter |6 pages

#### Seismic response of a tunnel embedded in compacted sand through large-scale shake table testing

chapter |6 pages

#### Stick-slip behavior of rock discontinuities by difference in rock types

chapter |6 pages

#### Experimental study on seismic stability of foundation rocks under critical facilities

chapter |6 pages

#### Status of rock dynamics study in horonobe underground research laboratory, Japan

chapter |7 pages

#### Dynamic response of a shallow tunnel with imperfect interface in anisotropic medium

chapter |7 pages

#### Design and performance of the foundation of the tsunami protection wall at the Hamaoka Nuclear Power Station

chapter |6 pages

#### Collapse experiment and numerical simulation of a slope under strong earthquake

part |32 pages

Blasting

chapter |6 pages

#### A case study of determining the safety threshold of blasting vibration for tunnel lining

chapter |6 pages

#### Application of a new mining method to slightly inclined thin orebodies at depth

chapter |6 pages

#### Assessment of the damage of precise delay blasting in a metro tunnel to building structures

chapter |6 pages

#### An experimental investigation on dynamic responses of granite blocks under blast loading

chapter |6 pages

#### A case study on one shot raise driving using multi-spherical charges in an open pit mine

part |66 pages

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