黄久洲｜成都信息工程大学｜学者主页

2026

Convergence evaluation of series solutions for the stress intensity factors and T-stresses in the center/edge-cracked Brazilian disks under compression

Huaizi Tang, Liangzhao Zeng, Yuanwen Deng, Lin Lang, Qian Xu, Jiuzhou Huang, W. Hua, Shi-Ming Dong

Journal of Engineering Mathematics

DOI

2025

Investigation on the shear fracture behavior of sandstone with two double-edged cracked Brazilian disk specimens

W. Hua, Ziran Zhang, Wenyu Zhang, Zhanyuan Zhu, Jianxiong Li, Shi-Ming Dong, Jiuzhou Huang

Results in Engineering

DOI

2025

Fracture Mechanical Properties of Double-Edge Cracked Flattened Brazilian Disc Samples Under Compressive Loads

W. Hua, Wenyu Zhang, Shi-Ming Dong, Jianxiong Li, Jiuzhou Huang, Ping Luo, Zhanyuan Zhu

Materials

DOI

2025

Effect of contact angle on the determination of mode I and II fracture toughness in the Brazilian test: theory and experiment

Huaizi Tang, Yanchun Hu, Lin Lang, Jun Xu, Jiuzhou Huang, W. Hua, Shi-Ming Dong

Theoretical and applied fracture mechanics (Print)

DOI

2025

Numerical study on dynamic fracture of rock-concrete bi-material Brazilian disks with a central interface crack

Mao Zhou, Wenyu Zhang, Feng-Fei He, Yun-Ru Wang, Shi-Ming Dong, Xin Pan, Jiuzhou Huang

Engineering Fracture Mechanics

DOI

2025

Effect of contact angle on the determination of tensile strength in the Brazilian test

Huaizi Tang, Yanchun Hu, Lin Lang, Jun Xu, Jiuzhou Huang, W. Hua, Shi-Ming Dong

Archive of applied mechanics (1991)

DOI

2024

Experimental Study on Mixed-Mode (I–II) Fracture Toughness of Freshwater Ice

Yaozhong Xu, Mao Zhou, X. Yi, W. Hua, Jiuzhou Huang, Wenyu Zhang, Shi-Ming Dong

Acta Mechanica Solida Sinica

DOI

2024

Application of modified fracture criteria incorporating T-stress for various cracked specimens under mixed mode I-II loading

W. Hua, Zhanyuan Zhu, Wenyu Zhang, Jianxiong Li, Jiuzhou Huang, Shi-Ming Dong

Theoretical and applied fracture mechanics (Print)

DOI

2023

Investigation of the compression-shear fracture characteristics of flaw-filled sandstone under confining pressure

Jiuzhou Huang, Lijuan Wang, Mao Zhou, W. Hua, Yaozhong Xu, Dengsong Li, Shi-Ming Dong

Theoretical and applied fracture mechanics (Print)

DOI

2023

Experimental investigation on mixed mode I-III fracture behaviors and degradation mechanism of sandstone under thermal-chemical stimulation

Zhiqiang Gan, W. Hua, Anbin Wang, Zhi-Ming Fan, Jiuzhou Huang, Shi-Ming Dong, Hao Wu

Theoretical and applied fracture mechanics (Print)

DOI

2023

Experimental study on mode I and mode II fracture properties of heated sandstone after two different cooling treatments

W. Hua, Jian-Xiong Li, Zhan-Yuan Zhu, An-Qing Li, Jiuzhou Huang, Shi-Ming Dong

Geomechanics for Energy and the Environment

DOI

2023

Effect of confining pressure on the compression-shear fracture properties of sandstone

Jiuzhou Huang, W. Hua, Deng-Song Li, Xiang Chen, Xu-Tao You, Shi-Ming Dong, Jian-Xiong Li

Theoretical and applied fracture mechanics (Print)

DOI

2022

Effect of coupled thermal-chemical on the mixed mode I-II fracture characteristic of sandstone

Zhiqiang Gan, W. Hua, Jiuzhou Huang, Lin Huang, Xin Pan, Shi-Ming Dong

Theoretical and applied fracture mechanics (Print)

DOI

2022

A review of mixed mode I-II fracture criteria and their applications in brittle or quasi-brittle fracture analysis

W. Hua, Jian-Xiong Li, Zhan-Yuan Zhu, An-Qing Li, Jiuzhou Huang, Zhiqiang Gan, Shi-Ming Dong

Theoretical and applied fracture mechanics (Print)

DOI

2022

Investigation of the compression–shear fracture propagation for rocks accounting for confining pressure and crack surface friction

Jiuzhou Huang, Huaizi Tang, Xin Pan, Zhiqiang Gan, W. Hua, Shi-Ming Dong

Theoretical and applied fracture mechanics (Print)

DOI

2022

Stress intensity factors and T-stress for an edge cracked Brazilian disk specimen under diametrically distributed load

Jian-Xiong Li, W. Hua, Huaizi Tang, Jiuzhou Huang, Shi-Ming Dong

Theoretical and applied fracture mechanics (Print)

DOI

2022

Degradation response of mode I and mode III fracture resistance of sandstone under wetting-drying cycles with an acidic solution

W. Hua, Jian-Xiong Li, Zhiqiang Gan, Jiuzhou Huang, Shi-Ming Dong

Theoretical and applied fracture mechanics (Print)

DOI

2022

T-stress for the central cracked Brazilian disk under non-uniformly distributed pressure

Huaizi Tang, Lin Huang, Xin Pan, Jiuzhou Huang, W. Hua, Shi-Ming Dong

Archive of applied mechanics (1991)

DOI

2021

Analysis of Mixed-Mode I/II/III Fracture Toughness Based on a Three-Point Bending Sandstone Specimen with an Inclined Crack

Xin Pan, Jiuzhou Huang, Zhiqiang Gan, Shi-Ming Dong, W. Hua

Applied Sciences

DOI

2021

Stress intensity factors for a centrally cracked Brazilian disk under non-uniformly distributed pressure

Huaizi Tang, Jiuzhou Huang, Jinyu He, W. Hua, Shi-Ming Dong

DOI

2021

Experimental investigation on mixed mode I-III fracture characteristics of sandstone corroded by periodic acid solution

Zhiqiang Gan, Xin Pan, Huaizi Tang, Jiuzhou Huang, Shi-Ming Dong, W. Hua

Theoretical and applied fracture mechanics (Print)

DOI

2021

Numerical Investigation on Crack Propagation for a Central Cracked Brazilian Disk Concerning Friction

Jiuzhou Huang, Xin Pan, Jian-Xiong Li, Shi-Ming Dong, W. Hua

Applied Sciences

DOI

2021

Investigation on mixed-mode II-III fracture of the sandstone by using eccentric cracked disk

Xin Pan, Jiuzhou Huang, Zhiqiang Gan, W. Hua, Shi-Ming Dong

DOI

2020

Numerical Investigation on Mixed Mode (I-II) Fracture Propagation of CCBD Specimens Under Confining Pressure

Jiuzhou Huang, Jian-Xiong Li, Xin Pan, Tian-Zhou Xie, W. Hua, Shi-Ming Dong

DOI

2020

Theoretical Error Analysis of the T-Stress for a Central Cracked Brazilian Disk Specimen

W. Hua, Jian-Xiong Li, Jiuzhou Huang, Shi-Ming Dong

DOI

2020

An extended maximum tangential strain energy density criterion considering T‐stress for combined mode I–III brittle fracture

W. Hua, Jiuzhou Huang, Xin Pan, Jian-Xiong Li, Shi-Ming Dong

DOI

黄久洲

精选作品

期刊论文

Convergence evaluation of series solutions for the stress intensity factors and T-stresses in the center/edge-cracked Brazilian disks under compression

Investigation on the shear fracture behavior of sandstone with two double-edged cracked Brazilian disk specimens

Fracture Mechanical Properties of Double-Edge Cracked Flattened Brazilian Disc Samples Under Compressive Loads

Effect of contact angle on the determination of mode I and II fracture toughness in the Brazilian test: theory and experiment

Numerical study on dynamic fracture of rock-concrete bi-material Brazilian disks with a central interface crack

Effect of contact angle on the determination of tensile strength in the Brazilian test

Experimental Study on Mixed-Mode (I–II) Fracture Toughness of Freshwater Ice

Application of modified fracture criteria incorporating T-stress for various cracked specimens under mixed mode I-II loading

Investigation of the compression-shear fracture characteristics of flaw-filled sandstone under confining pressure

Experimental investigation on mixed mode I-III fracture behaviors and degradation mechanism of sandstone under thermal-chemical stimulation

Experimental study on mode I and mode II fracture properties of heated sandstone after two different cooling treatments

Effect of confining pressure on the compression-shear fracture properties of sandstone

Effect of coupled thermal-chemical on the mixed mode I-II fracture characteristic of sandstone

A review of mixed mode I-II fracture criteria and their applications in brittle or quasi-brittle fracture analysis

Investigation of the compression–shear fracture propagation for rocks accounting for confining pressure and crack surface friction

Stress intensity factors and T-stress for an edge cracked Brazilian disk specimen under diametrically distributed load

Degradation response of mode I and mode III fracture resistance of sandstone under wetting-drying cycles with an acidic solution

T-stress for the central cracked Brazilian disk under non-uniformly distributed pressure

Analysis of Mixed-Mode I/II/III Fracture Toughness Based on a Three-Point Bending Sandstone Specimen with an Inclined Crack

Stress intensity factors for a centrally cracked Brazilian disk under non-uniformly distributed pressure

Experimental investigation on mixed mode I-III fracture characteristics of sandstone corroded by periodic acid solution

Numerical Investigation on Crack Propagation for a Central Cracked Brazilian Disk Concerning Friction

Investigation on mixed-mode II-III fracture of the sandstone by using eccentric cracked disk

Numerical Investigation on Mixed Mode (I-II) Fracture Propagation of CCBD Specimens Under Confining Pressure

Theoretical Error Analysis of the T-Stress for a Central Cracked Brazilian Disk Specimen

An extended maximum tangential strain energy density criterion considering T‐stress for combined mode I–III brittle fracture