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·312 工程科学学报,第40卷,第3期 29 (5):851 (程展林,吴良平,丁红顺粗粒土组构之颗粒运动研究.岩 (郑虎.基于光弹测试技术的颗粒材料细观变形试验研究. 土力学,2007,28(增刊):29) 工程地质学报,2014,22(5):851) ]Majmudar TS,Behringer R P.Contact force measurements and [15]Wang J A,Han X G,Pang W D,et al.Photoelastic experimen- stress-induced anisotropy in granular materials.Nature,2005, tal study on the force chain structure and evolution in top coal and 435(7045):1079 overlaying strata under fully mechanized top coal caving mining. [10]Kramar M,Goullet A,Kondic L,et al.Quantifying force net- Chin J Eng,2017,39(1):13 works in particulate systems.Physica D,2014,283:37 (王金安,韩现刚,庞伟东,等。综放开采顶煤与覆岩力链结 [11]Kondic L,Goullet A,OHern CS,et al.Topology of force net- 构及演化光弹试验研究.工程科学学报,2017,39(1):13) works in compressed granular media.EPL,2012,97:54001 [16]Wang J A,Pang W D,Liang C,et al.Photoelastic Experiment [12]Liu Y,Miao F X,Miao T D.Force distributions in two dimen- Apparatus of Aggregates with Bilateral Flowing:China Patent. sional granular packs.Chin J Geotech Eng,2005,27(4):468 CN204556449U.2015-08-12 (刘源,缪馥星,苗天德.二维颗粒堆积体中力的传递与分 (王金安,庞伟东,梁超,等.一种双向颗粒流动光弹实验装 布研究.岩土工程学报,2005,27(4):468) 置:中国专利,CN204556449U.2015-08-12) [13]Yang R W,Cheng X H.Direct shear experiments of photoelastic [17]Wang J A,Liang C,Pang W D.Photoelastic experiment on force granular materials.Rock Soil Mech,2009,30 (Suppl):103 chain evolution of particle aggregate under the conditions of biaxi- (杨荣伟,程晓辉.光弹颗粒材料的直剪实验研究.岩土力 ally loading and bilaterally flowing.Rock Soil Mech,2016,37 学,2009,30(增刊):103) (11):3041 [14]Zheng H.Experimental study on deformation of geogranular ma- (王金安,梁超,庞伟东.颗粒体双轴加载双向流动力链演 terials based on photoelastic techniques.J Eng Geol,2014,22 化光弹试验研究.岩土力学,2016,37(11):3041)工程科学学报,第 40 卷,第 3 期 29 ( 程展林,吴良平,丁红顺. 粗粒土组构之颗粒运动研究. 岩 土力学,2007,28( 增刊) : 29) [9] Majmudar T S,Behringer R P. Contact force measurements and stress-induced anisotropy in granular materials. Nature,2005, 435( 7045) : 1079 [10] Kramar M,Goullet A,Kondic L,et al. Quantifying force net￾works in particulate systems. Physica D,2014,283: 37 [11] Kondic L,Goullet A,O'Hern C S,et al. Topology of force net￾works in compressed granular media. EPL,2012,97: 54001 [12] Liu Y,Miao F X,Miao T D. Force distributions in two dimen￾sional granular packs. Chin J Geotech Eng,2005,27( 4) : 468 ( 刘源,缪馥星,苗天德. 二维颗粒堆积体中力的传递与分 布研究. 岩土工程学报,2005,27( 4) : 468) [13] Yang R W,Cheng X H. Direct shear experiments of photoelastic granular materials. Rock Soil Mech,2009,30( Suppl) : 103 ( 杨荣伟,程晓辉. 光弹颗粒材料的直剪实验研究. 岩土力 学,2009,30( 增刊) : 103) [14] Zheng H. Experimental study on deformation of geo-granular ma￾terials based on photoelastic techniques. J Eng Geol,2014,22 ( 5) : 851 ( 郑虎. 基于光弹测试技术的颗粒材料细观变形试验研究. 工程地质学报,2014,22( 5) : 851) [15] Wang J A,Han X G,Pang W D,et al. Photoelastic experimen￾tal study on the force chain structure and evolution in top coal and overlaying strata under fully mechanized top coal caving mining. Chin J Eng,2017,39( 1) : 13 ( 王金安,韩现刚,庞伟东,等. 综放开采顶煤与覆岩力链结 构及演化光弹试验研究. 工程科学学报,2017,39( 1) : 13) [16] Wang J A,Pang W D,Liang C,et al. Photoelastic Experiment Apparatus of Aggregates with Bilateral Flowing: China Patent, CN204556449U. 2015--08--12 ( 王金安,庞伟东,梁超,等. 一种双向颗粒流动光弹实验装 置: 中国专利,CN204556449U. 2015--08--12) [17] Wang J A,Liang C,Pang W D. Photoelastic experiment on force chain evolution of particle aggregate under the conditions of biaxi￾ally loading and bilaterally flowing. Rock Soil Mech,2016,37 ( 11) : 3041 ( 王金安,梁超,庞伟东. 颗粒体双轴加载双向流动力链演 化光弹试验研究. 岩土力学,2016,37( 11) : 3041) · 213 ·
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