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H

Huilan Ren

beijing institute of technology
H指数:16
被引数:727
浏览量:0

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Improved shaped charge formation model based on the effective charge

基于有效装药的改进型聚能装药成型模型

INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES
IF9.4
2025-06-010
PRE
Ning, Jianguo; Chen, Qidong; Li, Jianqiao; Ren, Huilan
Empirical model of concrete block fragment behavior under explosion loads
SCIENCE CHINA-TECHNOLOGICAL SCIENCES
IF4.9
2024-07-301
PRE
Yang, Shuai; Ning, Jianguo; Ren, Huilan; Xu, Xiangzhao
Prediction model for the failure behavior of concrete under impact loading base on back propagation neural network
CONSTRUCTION AND BUILDING MATERIALS
IF8
2024-01-017
PRE
Ning, Jianguo; Feng, Yuanbao; Ren, Huilan; Xu, Xiangzhao
Bending damage and fractal characteristics of steel fiber-reinforced concrete under three-point bending test
CONSTRUCTION AND BUILDING MATERIALS
IF8
2023-12-014
PRE
Ren, Huilan; Li, Tao; Ning, Jianguo; Song, Shuizhou
An improved damage-plasticity material model for concrete subjected to dynamic loading
CASE STUDIES IN CONSTRUCTION MATERIALS
IF6.6
2023-12-014
OAAI
Rong, Yu; Ren, Huilan; Xu, Xiangzhao
Effect of Confining Pressure on Impact Reaction Threshold of Aluminum/Polytetrafluoroethylene Reactive Material
ADVANCED ENGINEERING MATERIALS
IF3.3
2023-03-233
PRE
Ren, Huilan; Zhao, Han; Ning, Jianguo
Damage evolution of concrete under tensile load using discrete element modeling
THEORETICAL AND APPLIED FRACTURE MECHANICS
IF5.6
2022-12-0112
PRE
Ren, Huilan; Song, Shuizhou; Ning, Jianguo
A mass abrasion model with the melting and cutting mechanisms during high-speed projectile penetration into concrete slabs
ACTA MECHANICA SINICA
IF4.6
2022-08-226
PRE
Ning, Jianguo; Ren, Huilan; Li, Zhao; Xu, Xiangzhao
Dynamic response of contact-blast-loaded free metal plate: Theoretical model, experiments and numerical simulation

接触爆炸载荷自由金属板的动态响应: 理论模型，实验和数值模拟

THIN-WALLED STRUCTURES
IF6.6
2022-06-015
PRE
Wang, Qi; Ren, Huilan; Li, Jianqiao
Quantitative acoustic emission investigation on the crack evolution in concrete prisms by frequency analysis based on wavelet packet transform

基于小波包变换的频率分析对混凝土棱柱裂纹演化的定量声发射研究

STRUCTURAL HEALTH MONITORING-AN INTERNATIONAL JOURNAL
IF5.7
2021-06-177
PREAI
Wang, Zonglian; Ding, Keqin; Ren, Huilan; Ning, Jianguo
Study on cell size variation in overdriven gaseous detonations
ACTA MECHANICA SINICA
IF4.6
2021-04-307
PREAI
Ren, Huilan; Jing, Tianyu; Li, Jian
Deformation and failure of thin spherical shells under dynamic impact loading: Experiment and analytical model
THIN-WALLED STRUCTURES
IF6.6
2021-04-0110
PREAI
Li, Jianqiao; Ren, Huilan; Ning, Jianguo
Towards Further Understanding the Secondary Fracture during Spaghetti Bent Break
MATERIALS
IF3.2
2021-01-022
OAAI
Long, Long; Zheng, Yuxuan; Zhou, Fenghua; Ren, Huilan
Effect of Internal Microstructure Distribution on Quasi-Static Compression Behavior and Energy Absorption of Hollow Truss Structures
MATERIALS
IF3.2
2020-11-125
OAAI
Ren, Huilan; Shen, Haiting; Ning, Jianguo
Effect of temperature on the impact ignition behavior of the aluminum/polytetrafluoroethylene reactive material under multiple pulse loading
MATERIALS & DESIGN
IF7.9
2020-04-0126
OAAI
Ren, Huilan; Li, Wei; Ning, Jianguo
The Influence of Initial Defects on Impact Ignition of Aluminum/Polytetrafluoroethylene Reactive Material
ADVANCED ENGINEERING MATERIALS
IF3.3
2019-11-0814
PREAI
Ren, Huilan; Li, Wei; Ning, Jianguo; Liu, Yuanbin
Frequency characteristics of the released stress wave by propagating cracks in brittle materials
THEORETICAL AND APPLIED FRACTURE MECHANICS
IF5.6
2018-08-0163
PREAI
Wang, Zonglian; Ning, Jianguo; Ren, Huilan
Length scale effect on Mach reflection of cellular detonations
COMBUSTION AND FLAME
IF6.2
2018-03-0125
PREAI
Li, Jian; Ren, Huilan; Wang, Xiahu; Ning, Jianguo
Velocity characteristics of fragments from prismatic casing under internal explosive loading
INTERNATIONAL JOURNAL OF IMPACT ENGINEERING
IF5.7
2017-11-0139
PREAI
Ning, Jianguo; Duan, Yan; Xu, Xiangzhao; Ren, Huilan
Failure behavior of cellular titanium under dynamic loading
SCIENCE CHINA-TECHNOLOGICAL SCIENCES
IF4.9
2017-03-063
PREAI
REN HuiLan; Wang Jing; Hao Li; Shen HaiTing

研究方向

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