东北大学主页平台 Zaobao Liu--Faculty page of Dr. Zaobao Liu -- Tian, Feng, Zaobao Liu, Jinxin Zhou, Lin Chen, and Xia-ting Feng. 2024. 'Quantifying Post-peak Behavior of Rocks with Type-I, Type-II, and Mixed Fractures by Developing a Quasi-State-Based Peridynamics', Rock Mechanics and Rock Engineering, 57: 4835-71.

Zaobao Liu

Professor
Supervisor of Doctorate Candidates
Name (English):Zaobao Liu
Name (Pinyin):liuzaobao
Date of Employment:2018-05-03
School/Department:Northeastern Unviersity
Business Address:辽宁省沈阳市和平区文化路三巷11号东北大学南门综合实验楼436
Contact Information:
Status:Employed
Discipline:Geotechnical Engineering
Mining Engineering

2020Elected:Candidates of national youth talent program
2022-09Previously Honored and Elected:2020-2022年度东北大学优秀教师
2022-05Previously Honored and Elected:东北大学“五四奖章”青年岗位能手
2021-04Previously Honored and Elected:国家级青年人才
2018-12Previously Honored and Elected:辽宁省青年拔尖人才
2020-12Previously Honored and Elected:沈阳市领军人才
2021-06Previously Honored and Elected:本科毕业设计(论文)优秀指导教师

Click:

Open Time:..

The Last Update Time:..

Mobile phone sweep

Current position： Faculty page of Dr. Zaobao Liu >> Scientific Research >> Paper Publications

Tian, Feng, Zaobao Liu, Jinxin Zhou, Lin Chen, and Xia-ting Feng. 2024. 'Quantifying Post-peak Behavior of Rocks with Type-I, Type-II, and Mixed Fractures by Developing a Quasi-State-Based Peridynamics', Rock Mechanics and Rock Engineering, 57: 4835-71.

Release Time:2026-01-09| Hits:

Title of Paper:Tian, Feng, Zaobao Liu, Jinxin Zhou, Lin Chen, and Xia-ting Feng. 2024. 'Quantifying Post-peak Behavior of Rocks with Type-I, Type-II, and Mixed Fractures by Developing a Quasi-State-Based Peridynamics', Rock Mechanics and Rock Engineering, 57: 4835-71.

Translation or Not:No

Prev One:Wang, B., Z. Liu, J. Xue, B. Lu, W. Zeng, and D. Zhang. 2025. 'A rock brittleness index based on the postpeak energy release rate and damage surface characteristics for brittle hard rock', Deep Underground Science and Engineering.

Next One:Tian, F., Z. Liu, J. Zhou, and J. Shao. 2025. 'Rock cracking simulation in tension and compression by peridynamics using a novel contact-friction model with a twin mesh and potential functions', Journal of Rock Mechanics and Geotechnical Engineering, 17: 3395-419.