蔡婷婷
副教授 硕士生导师
博士研究生
caitingting@tyut.edu.cn
- 教学工作
●本科生课程：《安全系统工程》《安全人机工程学》《建筑安全学》
- 研究领域
●学科方向：安全科学与工程
●研究方向：多场耦合煤岩渗流力学
●研究方向：多场耦合煤岩渗流力学
- 科研概况及项目
●国家自然科学基金青年项目，煤层气开采中深部煤体蠕变-渗流特性及细观演化机理研究，51974190，主持；
●山西省基础研究计划面上项目，复合相态CO2长效损伤下深部煤体蠕变及渗透率演化机理研究，202303021221009，主持；
●山西省基础研究计划青年项目，深部煤层气储层渗透性长期演化规律及机理研究，201901D211031，主持；
●山西省高等学校研究计划，深部煤体变形的尺寸效应研究，2019L0187，主持；
科技成果转化项目，一种配合CT在线扫描的高温高压岩石三轴实验装置，NZ-H202504148，主持；
●企业委托横向，四采区胶带巷及轨道巷反掘段掘进期间冲击危险性评价报告，NZ-H20250210，主持；
●企业委托横向，18111回风顺槽侧向动压破坏区补强支护关键参数研究，NZ-H202312187，主持；
●企业委托横向，长春羊草煤业股份有限公司羊草沟煤矿一矿Ⅱ2+3煤层地应力测试报告，NZ-H202412168，主持；
●企业委托横向，长春羊草煤业股份有限公司羊草沟煤矿二矿Ⅱ1+2+3煤层地应力测试报告，NZ-H202412169，主持；
●企业委托横向，2608工作面运巷水平长钻孔区域压裂设计，NZ-H202505178，主持；
●企业委托横向，长春羊草煤业股份有限公司羊草沟煤矿一矿、二矿煤层围岩地质力学评估报告，NZ-H202412189，主持。
●山西省基础研究计划面上项目，复合相态CO2长效损伤下深部煤体蠕变及渗透率演化机理研究，202303021221009，主持；
●山西省基础研究计划青年项目，深部煤层气储层渗透性长期演化规律及机理研究，201901D211031，主持；
●山西省高等学校研究计划，深部煤体变形的尺寸效应研究，2019L0187，主持；
科技成果转化项目，一种配合CT在线扫描的高温高压岩石三轴实验装置，NZ-H202504148，主持；
●企业委托横向，四采区胶带巷及轨道巷反掘段掘进期间冲击危险性评价报告，NZ-H20250210，主持；
●企业委托横向，18111回风顺槽侧向动压破坏区补强支护关键参数研究，NZ-H202312187，主持；
●企业委托横向，长春羊草煤业股份有限公司羊草沟煤矿一矿Ⅱ2+3煤层地应力测试报告，NZ-H202412168，主持；
●企业委托横向，长春羊草煤业股份有限公司羊草沟煤矿二矿Ⅱ1+2+3煤层地应力测试报告，NZ-H202412169，主持；
●企业委托横向，2608工作面运巷水平长钻孔区域压裂设计，NZ-H202505178，主持；
●企业委托横向，长春羊草煤业股份有限公司羊草沟煤矿一矿、二矿煤层围岩地质力学评估报告，NZ-H202412189，主持。
- 学术成果
专利：
●蔡婷婷, 冯增朝, 姜玉龙, 赵东, 苏晓玉. 一种测量岩石高温蠕变体积变形的装置及其方法. CN202010101061.2.
●蔡婷婷, 苏晓玉, 冯增朝, 周动, 赵东. 一种多功能高温高压岩石真三轴实验系统及方法. CN202011324799.1.
●蔡婷婷, 冯增朝, 周动, 赵东, 苏晓玉.一种气动式加卸载的岩石蠕变试验装置及方法. CN202010974981.5.
●蔡婷婷, 苏晓玉, 冯增朝, 李学成, 王幸, 胡林杰. 一种高压高精度极低动态流量测量试验 装置. CN202010415100.6.
●蔡婷婷, 冯增朝, 石磊, 苏晓玉, 赵东, 周动. 一种配合 CT 在线扫描的高温高压岩石三轴 实验装置. CN202011064492.2.
●周动, 蔡婷婷, 冯增朝, 王幸, 胡林杰.一种基于红外热成像技术识别煤中气体富集区域的方法. CN202010437889.5.
●冯增朝, 周动, 石建行, 赵东, 蔡婷婷. 一种基于热解的煤炭原位分选开采方法. CN202110919558.X.
代表性论文和著作：
●热-力耦合作用下煤体流变-渗流特性研究，蔡婷婷，应急管理出版社，2021.
●煤体高温力学特性及工程响应，冯增朝，蔡婷婷，科学出版社，2025.
●Tingting Cai, Zengchao Feng, Jianhang Shi, Yulong Jiang, Yongxing Shen, Time-dependent deformation and mechanical parameters evolution of coal in in-situ pyrolysis subjected to high temperatures and constant stresses[J]. Fuel. 2025.401, 135828.
●Tingting Cai, Jin Xia, Zengchao Feng, Xun Wang, Yulong Jiang, Xiaoyu Su. A-site doped mullite-type oxides A0.5Sm0.5Mn2O5 with boosted Hg0 removal performance under high GHSV[J]. Fuel, 2025.398,135570.
●Tingting Cai, Zengchao Feng, Dong Zhao, Yulong Jiang, Xiaoqiang Zhang. Anisotropy characteristics of stress relaxation in coal: an improved fractional derivative constitutive model.Rock Mechanics and Rock Engineering, 2019,52, (2):335-349.
●Tingting Cai, Jin Xia, Zengchao Feng, Xiaoyu Su, Yulong Jiang. Impact of coal creep on permeability evolution under different temperatures and stresses[J]. Scientific Reports. 2025.15,13335.
●Tingting Cai, Jia Liu, Zengchao Feng, Kai Wang, Yongxing Shen, Yulong Jiang, Bichuan Zhang. Insights of the asynchronous strain evolution of lean coal in uniaxial compression creep[J]. Scientific Reports. 2025.15,21085.
●Tingting Cai, Jin Xia, Yulong Jiang, Zengchao Feng, Jia Liu, Memory deformation and safety characteristics of hydrated coal rock assemblages under cyclic loading [J]. Scientific Reports. 2025.15,24732.
●Tingting Cai, Lei Shi, Yulong Jiang, Zengchao Feng, A core damage constitutive model for the time-dependent creep and relaxation behavior of coal[J]. Energies, 2022, 15(11): 4174.
●Lei Shi, Tingting Cai*, Yulong Jiang, Xiaoyu Su and Leili Zhang. The Influence of Coal Meso-Structure on Adsorption Characteristics of Coking and Lean Coal[J]. Sustainability, 2022, 14, 9462.
●Jian Hou, Kai Wang, Tingting Cai*, Yulong Jiang, Xiaoqiang Zhang, Impact of cluster spacing on uneven fracture propagation in multi-cluster perforation fracturing under stress shadow effects, Results in Engineering, 2026,29,109389.
●Tingting Cai, Zengchao Feng, Yulong Jiang. An improved hardening-damage creep model of lean coal: a theoretical and experimental study [J]. Arabian Journal of Geosciences, 2018, 11, 645.
●Tingting Cai, Zengchao Feng, Dong Zhou. Multi-scale characteristics of coal structure by x-ray computed tomography (x-ray CT), scanning electron microscope (SEM) and mercury intrusion porosimetry (MIP) [J]. AIP Advances, 2018,8(2), 025324.
●Tingting Cai, Zengchao Feng, Yulong Jiang, Dong Zhao. Thermodynamic Characteristics of Methane Adsorption of Coal at Different Temperatures[J]. Advances in Materials Science and Engineering, 2019, 4751209.
●Zengchao Feng, Tingting Cai, Dong Zhou, Yangsheng Zhao, Chen Wang. Temperature and deformation changes in anthracite coal after methane adsorption [J]. Fuel, 2017, 192:27-34.
●Dong Zhao, Tingting Cai, Dong Zhou, Zengchao Feng, Isothermal methane adsorption experiments at different temperature stages using the monolayer adsorption principle [J]. Arabian Journal of Geosciences, 2018,11,203.
●蔡婷婷，冯增朝，赵东，姜玉龙. 基于硬化-损伤机制的贫煤蠕变本构模型研究. 岩土力学. 2018,39(S1):61-68.
●蔡婷婷，冯增朝，姜玉龙，赵 东，周 动，张小强. 不同温度应力下煤体蠕变中的渗流规律研究. 岩石力学与工程学报, 2018, 37(S2):3898-3904.
●Tingting Cai, Dong Zhao, Zengchao Feng. Study on coal- bed methane isothermal adsorption at different temperatures based on the monolayer adsorption theory, International conference on advances in energy and environment research, ICAEER2016, Guangzhou, China, Aug 12-14, 2016.
●Tingting Cai, Dong Zhao, Zengchao Feng. A study on the thermodynamic characteristics of coal in temperature variation desorption in a closed system ,the 2rd international conference on energy environment and material science, ICEEMS2016, Singapore, July 29-31,2016.
●张磊丽，蔡婷婷*，石磊，等.不同温度-围压-气体压力下煤体蠕变-渗流演化规律.2024,55（3）：36−45.
●蔡婷婷，赵东，冯增朝. 基于单层吸附理论分析不同温度下煤层气等温吸附特性[J].煤炭科学技术，2017,45(7):144-149.
●蔡婷婷，赵东. 封闭体系中煤体升温解吸的热力学特性研究[J].地下空间与工程学报, 2018,14(3):697-704.
●蔡婷婷, 冯增朝, 姜玉龙, 赵东, 苏晓玉. 一种测量岩石高温蠕变体积变形的装置及其方法. CN202010101061.2.
●蔡婷婷, 苏晓玉, 冯增朝, 周动, 赵东. 一种多功能高温高压岩石真三轴实验系统及方法. CN202011324799.1.
●蔡婷婷, 冯增朝, 周动, 赵东, 苏晓玉.一种气动式加卸载的岩石蠕变试验装置及方法. CN202010974981.5.
●蔡婷婷, 苏晓玉, 冯增朝, 李学成, 王幸, 胡林杰. 一种高压高精度极低动态流量测量试验 装置. CN202010415100.6.
●蔡婷婷, 冯增朝, 石磊, 苏晓玉, 赵东, 周动. 一种配合 CT 在线扫描的高温高压岩石三轴 实验装置. CN202011064492.2.
●周动, 蔡婷婷, 冯增朝, 王幸, 胡林杰.一种基于红外热成像技术识别煤中气体富集区域的方法. CN202010437889.5.
●冯增朝, 周动, 石建行, 赵东, 蔡婷婷. 一种基于热解的煤炭原位分选开采方法. CN202110919558.X.
代表性论文和著作：
●热-力耦合作用下煤体流变-渗流特性研究，蔡婷婷，应急管理出版社，2021.
●煤体高温力学特性及工程响应，冯增朝，蔡婷婷，科学出版社，2025.
●Tingting Cai, Zengchao Feng, Jianhang Shi, Yulong Jiang, Yongxing Shen, Time-dependent deformation and mechanical parameters evolution of coal in in-situ pyrolysis subjected to high temperatures and constant stresses[J]. Fuel. 2025.401, 135828.
●Tingting Cai, Jin Xia, Zengchao Feng, Xun Wang, Yulong Jiang, Xiaoyu Su. A-site doped mullite-type oxides A0.5Sm0.5Mn2O5 with boosted Hg0 removal performance under high GHSV[J]. Fuel, 2025.398,135570.
●Tingting Cai, Zengchao Feng, Dong Zhao, Yulong Jiang, Xiaoqiang Zhang. Anisotropy characteristics of stress relaxation in coal: an improved fractional derivative constitutive model.Rock Mechanics and Rock Engineering, 2019,52, (2):335-349.
●Tingting Cai, Jin Xia, Zengchao Feng, Xiaoyu Su, Yulong Jiang. Impact of coal creep on permeability evolution under different temperatures and stresses[J]. Scientific Reports. 2025.15,13335.
●Tingting Cai, Jia Liu, Zengchao Feng, Kai Wang, Yongxing Shen, Yulong Jiang, Bichuan Zhang. Insights of the asynchronous strain evolution of lean coal in uniaxial compression creep[J]. Scientific Reports. 2025.15,21085.
●Tingting Cai, Jin Xia, Yulong Jiang, Zengchao Feng, Jia Liu, Memory deformation and safety characteristics of hydrated coal rock assemblages under cyclic loading [J]. Scientific Reports. 2025.15,24732.
●Tingting Cai, Lei Shi, Yulong Jiang, Zengchao Feng, A core damage constitutive model for the time-dependent creep and relaxation behavior of coal[J]. Energies, 2022, 15(11): 4174.
●Lei Shi, Tingting Cai*, Yulong Jiang, Xiaoyu Su and Leili Zhang. The Influence of Coal Meso-Structure on Adsorption Characteristics of Coking and Lean Coal[J]. Sustainability, 2022, 14, 9462.
●Jian Hou, Kai Wang, Tingting Cai*, Yulong Jiang, Xiaoqiang Zhang, Impact of cluster spacing on uneven fracture propagation in multi-cluster perforation fracturing under stress shadow effects, Results in Engineering, 2026,29,109389.
●Tingting Cai, Zengchao Feng, Yulong Jiang. An improved hardening-damage creep model of lean coal: a theoretical and experimental study [J]. Arabian Journal of Geosciences, 2018, 11, 645.
●Tingting Cai, Zengchao Feng, Dong Zhou. Multi-scale characteristics of coal structure by x-ray computed tomography (x-ray CT), scanning electron microscope (SEM) and mercury intrusion porosimetry (MIP) [J]. AIP Advances, 2018,8(2), 025324.
●Tingting Cai, Zengchao Feng, Yulong Jiang, Dong Zhao. Thermodynamic Characteristics of Methane Adsorption of Coal at Different Temperatures[J]. Advances in Materials Science and Engineering, 2019, 4751209.
●Zengchao Feng, Tingting Cai, Dong Zhou, Yangsheng Zhao, Chen Wang. Temperature and deformation changes in anthracite coal after methane adsorption [J]. Fuel, 2017, 192:27-34.
●Dong Zhao, Tingting Cai, Dong Zhou, Zengchao Feng, Isothermal methane adsorption experiments at different temperature stages using the monolayer adsorption principle [J]. Arabian Journal of Geosciences, 2018,11,203.
●蔡婷婷，冯增朝，赵东，姜玉龙. 基于硬化-损伤机制的贫煤蠕变本构模型研究. 岩土力学. 2018,39(S1):61-68.
●蔡婷婷，冯增朝，姜玉龙，赵 东，周 动，张小强. 不同温度应力下煤体蠕变中的渗流规律研究. 岩石力学与工程学报, 2018, 37(S2):3898-3904.
●Tingting Cai, Dong Zhao, Zengchao Feng. Study on coal- bed methane isothermal adsorption at different temperatures based on the monolayer adsorption theory, International conference on advances in energy and environment research, ICAEER2016, Guangzhou, China, Aug 12-14, 2016.
●Tingting Cai, Dong Zhao, Zengchao Feng. A study on the thermodynamic characteristics of coal in temperature variation desorption in a closed system ,the 2rd international conference on energy environment and material science, ICEEMS2016, Singapore, July 29-31,2016.
●张磊丽，蔡婷婷*，石磊，等.不同温度-围压-气体压力下煤体蠕变-渗流演化规律.2024,55（3）：36−45.
●蔡婷婷，赵东，冯增朝. 基于单层吸附理论分析不同温度下煤层气等温吸附特性[J].煤炭科学技术，2017,45(7):144-149.
●蔡婷婷，赵东. 封闭体系中煤体升温解吸的热力学特性研究[J].地下空间与工程学报, 2018,14(3):697-704.
- 奖励与荣誉
●煤层气热力开采理论与方法，山西省自然科学二等奖，2021年，排名第4；
●复杂环境下残采煤柱动态失稳预警及控灾关键技术，中国煤炭工业协会科技二等奖，2025年，排名3。
●复杂环境下残采煤柱动态失稳预警及控灾关键技术，中国煤炭工业协会科技二等奖，2025年，排名3。