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  • Virtual album “basic research for early warning of coal rocks pre-crisis”

       2026-04-28 NetworkingName1490
    Key Point:Basic study on early warning for coal rock disaster precursorsExperimental study of granite alley blasting signals and rupture characterization.Zhang yanbo, yang zheng, dragon, wait.2018,43(1):95-104.High pressure gas fluid multistage pulsive break-up coal rock properties and crack mechanisms.Lim po springs, wang rae, joe and...2018,43(1):124-130.The critical slowness of sandstone monoaxis.Weiyang, li zhong hui, kong zhang, wait.2018, 43(2): 427-

    Basic study on early warning for coal rock disaster precursors

    Experimental study of granite alley blasting signals and rupture characterization.

    Zhang yanbo, yang zheng, dragon, wait.

    2018,43(1):95-104.

    High pressure gas fluid multistage pulsive break-up coal rock properties and crack mechanisms.

    Lim po springs, wang rae, joe and...

    2018,43(1):124-130.

    The critical slowness of sandstone monoaxis.

    Weiyang, li zhong hui, kong zhang, wait.

    2018, 43(2): 427-432.

    Coal rock break-up charge signal time-frequency area properties and noise reduction studies.

    Ding, xiao chun, lu xianbai, wait.

    2018,43(3):657-666.

    Scattered rock single-axis damage damage to acoustic launch parameters and energy dispersion patterns.

    Chang dong-ming, baek-ming, yoon gwang-ji, wait.

    2018, 43(3): 646-656.

    Experimental study of water-bearing coal sample impact trends based on acoustic frequency characteristics at launch.

    Shaw xiaochun, kim sun, ding ting, etc.

    2018,43(4):931-938.

    Impact of the subaxis pressure of the impact load on post-peak fracture sandal mechanics.

    Liu yang, liu chang moo.

    2018,43(5): 1281-1288.

    Analysis of the extent of deep sand rock fragmentation and energy depletion following high-temperature low temperature in the shpb test.

    Zhang zhen, pass through.

    2018,43(7): 1884-1892.

    Automatic recognition model based on wave-related coal-sonic launch events.

    Li nam, chang xin, wong bingxiang, wait.

    2018,43(7): 1893-1901.

    Mine blast mechanisms and control practices

    A study of plaster and sandstone damage cracks and spatial evolution patterns at sound launch.

    Chan, wang eun won, li nam, wait.

    2018,43(7):1902-1909.

    Pilot studies on pre-fabricated large-scale single-fissile coal samples and charge patterns.

    Wang jun, pan yishan, shaw xiaochun.

    2018,43 (8): 2187-2195.

    Coal rock shape deformity and its inner model.

    Guo deyong, lu peng fei, zhao jie-chul, wait.

    2018, 43 (8): 2233-2242.

    The statistical characteristics of the sand-square launch under three-axis off-convene pressure.

    Pan xiaokang, chen jie, kang deyi, wait.

    2018, 43 (10): 2750-2757.

    Responsive-based rock sticky plastic damage concocted with a worm based model and application.

    Kang peng, pan peng chi, zhao sang-kun, wait.

    2018, 43 (11): 2967-2979.

    Coal fractures and acoustic launch patterns.

    Ding, xiao chun, lu xianbai, wait.

    2018, 43 (11): 3080-3087.

    Test study of the acoustic launch properties of rock materials consisting of different particles at three-point bending.

    Zhao qui, zhou yongtao, zhen peng, wait.

    2018, 43 (11): 3107-3114.

    Experimental study on impact load sublayered sand rock deformation and its dynamic tensile strength.

    Yang in-sook, hsui-peng, vision, wait.

    2019,44(7): 2039-2048.

    Coal body single-axis compression sensor charge frequency evolution patterns and unstable damage charge evaluation indicators.

    Zhang jianjo, ding zheng, wait.

    2019,44(7): 2074-2086.

    Mine blast mechanisms and control practices

    Coal-composite deformation stress-charge-temperature coupling model study.

    Yang, so xiaoping, li.

    209,44(9): 2733-2740.

    Infiltration-resilient co-operation uses grey rock to compress damage and acoustic launch characterization.

    Song yongping, cheng jing, yang ting ting, wait.

    2019,44 (9): 2751-2759.

    The method used to predict the size of the rock explosion based on the pca-pn principle.

    Oh shunkawa, zhang sun-seek, sung-hashi.

    2019,44(9):2767-2776.

    When the coal rock breaks off, the frequency signal signature signature and evolution mechanism.

    Ding, xiao chun, lu xianbai, wait.

    2019,44(10): 2999-3011.

    Early warning methods and test verification of rock collapse.

    Dujian, wu zhixiang, shimuwen, wait.

    2019,44(10): 3069-3075.

    The time and space effects of the break-up of the deep-grained rock formation in consideration of the plate.

    Yui-sang, wang-yu, ren-hye, wait.

    2020, 45 (2): 598-612.

    The deformation strength and the acoustic launch characteristics during the compression of the hard coal sample line at high temperature.

    Su seung-dong, song chang-sung, su ha-jian.

    2020, 45 (2): 613-625.

    A test study of the evolution patterns of high-resilient alley blasts.

    Liu zonglian, zhao gwang, xu wen song, etc

    2020, 45 (3), 998-1008.

    The impact load acts on the energy consumption and mass properties of the substrated rock.

    Muinjie, lee hae-bok, lee xiaosai, wait.

    2020, 45 (3): 1053-1060.

    Mine blast mechanisms and control practices

    Coal and gas compounds are subject to deformation and microshock-charge sensing.

    Zhu xiao jing, wang evan, li ki, wait.

    2020, 45 (5): 1719-1725.

    The response and impact mechanisms of the different arteries and angles of coal single-axis compression and acoustic launch.

    For grandeur, ho jiuqiu, song dae-yeon, etc.

    2020,45(5): 1726-1732.

    Cobalt coal deformation temperature - stress - electromagnetic multifield coupling.

    Li, li, yang, wait.

    2020, 45(5): 1764-1772.

    Test studies on combined gas-coal power disasters and drilling de-pressures under three-axis loading conditions.

    Rujun, yoon guangzi, ko-chun, wait.

    2020, 45(5): 1812-1823.

    Squeeze coal reservoir stress-resilient, permeability and acoustic launch test analysis.

    Meng hae-pyung, zhang peng, yong-dong, wait.

    2020,45(7):2544-2551.

    The method for predicting rock instability based on a weighted d-s evidence theory integrating multi-domain features.

    Luo xiaoyan, zhang fei, wong cheunghai, wait.

    2020, 45 (10): 3446-3452.

    Models for the prediction of rock blast levels based on the theory of combination empowerment and attribute identification.

    Yin xin, liu quan, wang qin, wait.

    2020, 45 (11): 3772-3780.

    The source of the signal from the different particles of the weak glazed sandstone and its critical pre-destruct information are recognized.

    Song zhongyang, jihuang, zhang moon, etc.

    2020, 45 (12): 4028-4036.

    Information provided: guo xiaojun

    Editor: guo xiaojun

    Audit: sam

     
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