发明专利

2023：

徐继涛, 朱海涛, 蒋明镜, 李文昊, 张誓杰, 常晓栋, 胡伟. 一种模拟地震作用下水合物分解诱发海底边坡滑塌失稳的试验装置[P]. 中国: ZL202210430725.9, 2023.09.12. (Xu J T, Zhu H T, Jiang M J(蒋明镜), Li W H, Zhang S J, Chang X D, Hu W. An experimental device for simulating the collapse and instability of submarine slope induced by hydrate decomposition under earthquake action[P]. China: ZL202210430725.9, 2023.09.12. (in Chinese)) 

2022：

李秉宜, 钱彬, 陈永辉, 沈峰, 蒋明镜. 基于深度学习的复合固化土微观结构识别分析方法及系统[P]. 中国: ZL202210630904.7, 2022.07.05. (Li B Y, Qian B, Chen Y H, Shen F, Jiang M J(蒋明镜). Method and system for microstructure identification and analysis of composite solidified soil based on deep learning[P]. China: ZL202210630904.7, 2022.07.05.(in Chinese)) 

2018：

蒋明镜, 卢厚华, 张学文, 秦粮凯, 金树楼, 李磊. 一种三维半球形颗粒间不同尺寸胶结成型装置[P]. 中国: ZL201820582311.7, 2018.11.16. (Jiang M J(蒋明镜), Lu H H, Zhang X W, Qin L K, Jin S L, Li L. A device for three-dimensional cement formation of different sizes between hemispherical particles[P]. China: ZL201820582311.7, 2018.11.16.(in Chinese)) 

蒋明镜, 张鹏, 谢扬彪, 秦粮凯, 吴迪, 王剑锋. 一种用于土力学测试的小型一维压缩试验装置[P]. 中国: ZL201820581717.3, 2018.10.23. (Jiang M J(蒋明镜), Zhang P, Xie Y B, Qin L K, Wu D, Wang J F. A device for small one-dimensional compression test soil mechanics testing[P]. China: ZL201820581717.3, 2018.10.23.(in Chinese)) 

蒋明镜, 张鹏, 谢扬彪, 秦粮凯, 吴迪, 王剑锋. 小型高精度单轴循环荷载压缩试验设备[P]. 中国: ZL201810368354.X, 2018.10.12. (Jiang M J(蒋明镜), Zhang P, Xie Y B, Qin L K, Wu D, Wang J F. A high-precision device for small uniaxial cyclic load compression test[P]. China: ZL201810368354.X, 2018.10.12.(in Chinese)) 

2017：

刘芳, 孙皓宇, 巨鑫, 蒋明镜. 水合物热开采中锚板基础抗拔性能的模型试验装置及方法[P]. 中国: ZL201710556053.5, 2017.12.15. (Liu F, Sun H Y, Ju X, Jiang M J(蒋明镜). A model test device and method for anti-pulling performance of anchor plate foundation during thermal mining of methane hydrate[P]. China: ZL201710556053.5, 2017.12.15.(in Chinese)) 

2015：

蒋明镜, 金树楼, 刘蔚, 张宁. 一种半球形理想颗粒接触点处胶结成型装置[P]. 中国: ZL201510033545.7, 2015.06.03. (Jiang M J(蒋明镜), Jin S L, Liu W, Zhang N. A device for cement formation at contact between hemispherical ideal particles[P]. China: ZL201510033545.7, 2015.06.03.(in Chinese)) 

蒋明镜, 金树楼, 刘蔚, 张宁. 半球形理想胶结颗粒接触抗剪、抗弯、抗扭测试装置[P]. 中国: ZL201510032983.1, 2015.05.13. (Jiang M J(蒋明镜), Jin S L, Liu W, Zhang N. A device for shear, bending and twisting resistance tests of contacts between hemispherical ideal particles[P]. China: ZL201510032983.1, 2015.05.13.(in Chinese)) 

蒋明镜, 奚邦禄, 彭镝, 戴永生, 刘蔚. 一种室内月球车-月壤相互作用试验设备[P]. 中国: ZL201510032982.7, 2015.05.13. (Jiang M J(蒋明镜), Xi B L, Peng D, Dai Y S, Liu W. A device for indoor interaction test of lunar rover and lunar soil[P]. China: ZL201510032982.7, 2015.05.13.(in Chinese)) 

2013：

蒋明镜, 王新新, 苏佳兴. 一种室内倾斜静力触探模型试验装置[P]. 中国: ZL201310150614.3, 2013.08.21. (Jiang M J(蒋明镜), Wang X X, Su J X. A model test device for indoor slant cone-penetration test[P]. China: ZL201310150614.3, 2013.08.21.(in Chinese)) 

2009：

蒋明镜, 孙渝刚. 测试胶结颗粒接触力学特性的防转动夹具[P]. 中国: ZL200820154374.9, 2009.09.02. (Jiang M J(蒋明镜), Sun Y G. An anti-rotation fixture for testing contact mechanical properties of cemented particles[P]. China: ZL200820154374.9, 2009.09.02.(in Chinese)) 

蒋明镜, 孙渝刚. 复杂应力下胶结颗粒接触力学特性测试装置[P]. 中国: ZL200820154375.3, 2009.08.05. (Jiang M J(蒋明镜), Sun Y G. A device for contact mechanical properties of cemented particles under complex stress[P]. China: ZL200820154375.3, 2009.08.05.(in Chinese)) 

蒋明镜, 颜海滨, 朱合华. 胶结颗粒接触抗剪、抗扭测试装置[P]. 中国: ZL200710046139.X, 2009.03.25. (Jiang M J(蒋明镜), Yan H B, Zhu H H. A device of shear and torsional testing for contact between cemented particles[P]. China: ZL200710046139.X, 2009.03.25.(in Chinese)) 

颜海滨, 蒋明镜, 朱合华. 理想颗粒接触点处胶结成型装置[P]. 中国: ZL200710046138.5, 2009.03.25. (Yan H B, Jiang M J(蒋明镜), Zhu H H. A device of the ideal bonding molding at particle contact points[P]. China: ZL200710046138.5, 2009.03.25.(in Chinese)) 

软件著作权

2018：

同济大学. 基于PFC3D5.0软件考虑胶结宽度接触模型计算软件V1.0[Z]. 中国: 2018SR364973, 原始取得, 全部权利, 2018.03.08. (Tongji University. Calculation software for contact model considering bond width based on PFC3D5.0 software V1.0[Z]. China: 2018SR364973, original acquisition, all rights, 2018.03.08..(in Chinese)) 

同济大学. 基于PFC3D5.0软件考虑胶结厚度接触模型计算软件V1.0[Z]. 中国: 2018SR398092, 原始取得, 全部权利, 2018.03.08. (Tongji University. Calculation software for contact model considering bond thickness based on PFC3D5.0 software V1.0[Z]. China: 2018SR398092, original acquisition, all rights, 2018.03.08.(in Chinese)) 

2017：

同济大学. 含动网格CFD-DEM流固耦合计算软件[简称：MCFC]V1.0[Z]. 中国: 2017SR420135, 原始取得, 全部权利, 2017.07.10. (Tongji University. Movable mesh contained CFD-DEM coupling software for fluid-solid interaction analysis [Abbreviation: MCFC] V1.0[Z]. China: 2017SR420135, original acquisition, all rights, 2017.07.10.(in Chinese)) 

同济大学. 网格内球体切割体积计算软件[简称：BCIW]V1.0[Z]. 中国: 2017SR420139, 原始取得, 全部权利, 2017.06.15. (Tongji University. Calculation software for ball cutting volume in mesh [Abbreviation: BCIW] V1.0[Z]. China: 2017SR420139, original acquisition, all rights, 2017.06.15.(in Chinese)) 

同济大学. 基于PFC3D5.0软件的胶结型深海能源土温-压-力-化学接触模型计算软件V1.0[Z]. 中国: 2018SR398086, 原始取得, 全部权利, 2017.06.01. (Tongji University. Calculation software for thermal-hydraulic-mechanical-chemical contact model of bond type methane hydrate bearing sediments based on PFC3D5.0 software V1.0[Z]. China: 2018SR398086, original acquisition, all rights, 2017.06.01.(in Chinese)) 

同济大学. 基于PFC3D5.0软件的三维胶结抗弯扭接触模型能量后处理软件V1.0[Z]. 中国: 2018SR416525, 原始取得, 全部权利, 2017.06.01. (Tongji University. Post-processing software for three-dimensional contact model energy considering rolling and twisting resistance based on PFC3D5.0 software V1.0[Z]. China: 2018SR416525, original acquisition, all rights, 2017.06.01.(in Chinese)) 

同济大学. 基于PFC3D5.0软件的微观胶结破坏法向应力状态分布比例统计软件V1.0[Z]. 中国: 2018SR420481, 原始取得, 全部权利, 2017.06.01. (Tongji University. Software for normal stress distribution proportion statistics in micro-cement failure based on PFC3D5.0 software V1.0[Z]. China: 2018SR420481, original acquisition, all rights, 2017.06.01.(in Chinese)) 

同济大学. 基于PFC3D5.0软件的微观胶结破坏模式统计软件V1.0[Z]. 中国: 2018SR512695, 原始取得, 全部权利, 2017.06.01. (Tongji University. Software for micro-cement failure mode statistics based on PFC3D5.0 software V1.0[Z]. China: 2018SR512695, original acquisition, all rights, 2017.06.01.(in Chinese))

同济大学. 基于PFC软件开发的三维CFD-DEM耦合计算软件V1.0[Z]. 中国: 2017SR434595, 原始取得, 全部权利, 2017.01.19. (Tongji University. Three-dimensional CFD-DEM coupling software developed from PFC software V1.0[Z]. China: 2017SR434595, original acquisition, all rights, 2017.01.19.(in Chinese))

2016：

同济大学. 基于PFC3D5.0软件的月壤接触模型计算软件V1.0[Z]. 中国: 2017SR262197, 原始取得, 全部权利, 2016.12.01. (Tongji University. Calculation software for contact model of lunar soil based on PFC3D5.0 software V1.0[Z]. China: 2017SR262197, original acquisition, all rights, 2016.12.01.(in Chinese))

同济大学. 基于PFC2D5.0软件的考虑胶结尺寸的岩石胶结接触模型计算软件V1.0[Z]. 中国: 2017SR436095, 原始取得, 全部权利, 2016.08.15. (Tongji University. Calculation software for contact model of rock bond considering bond size based on PFC2D5.0 software V1.0[Z]. China: 2017SR436095, original acquisition, all rights, 2016.08.15.(in Chinese))

同济大学. 基于PFC3D5.0软件的胶结接触模型计算软件V1.0[Z]. 中国: 2018SR364971, 原始取得, 全部权利, 2016.08.01. (Tongji University. Calculation software for bond contact model based on PFC3D5.0 software V1.0[Z]. China: 2018SR364971, original acquisition, all rights, 2016.08.01.(in Chinese)) 

同济大学.基于PFC2D5.0软件的胶结接触模型计算软件V1.0[Z]. 中国: 2017SR262184, 原始取得, 全部权利, 2016.08.01. (Tongji University. Calculation software for bond contact model based on PFC2D5.0 software V1.0[Z]. China: 2017SR262184, original acquisition, all rights, 2016.08.01.(in Chinese)) 

同济大学. 基于PFC3D3.1软件砂土简单三维胶结接触模型计算软件V1.0[Z]. 中国: 2017SR264981, 原始取得, 全部权利, 2016.08.01. (Tongji University. Calculation software for simple three-dimensional contact model of sand based on PFC3D3.1 software V1.0[Z]. China: 2017SR264981, original acquisition, all rights, 2016.08.01.(in Chinese))

同济大学. 基于PFC3D5.0软件的岩石胶结接触模型计算软件V1.0[Z]. 中国: 2017SR264992, 原始取得, 全部权利, 2016.05.01. (Tongji University. Calculation software for contact model of rock bond based on PFC3D5.0 software V1.0[Z]. China: 2017SR264992, original acquisition, all rights, 2016.05.01.(in Chinese)) 

2015：

同济大学. 基于PFC3D5.0软件黄土胶结接触模型计算软件V1.0[Z]. 中国: 2015SR180850, 原始取得, 全部权利, 2015.08.15. (Tongji University. Calculation software for contact model of loess cement based on PFC3D5.0 software V1.0[Z]. China: 2015SR180850, original acquisition, all rights, 2015.08.15.(in Chinese))

同济大学. 基于PFC3D5.0软件的分层欠压法均匀试样生成软件V1.0[Z]. 中国: 2015SR176286, 原始取得, 全部权利, 2015.08.27. (Tongji University. Homogeneous specimens generation software with multi-layer undercompaction method based on PFC3D5.0 software V1.0[Z]. China: 2015SR176286, original acquisition, all rights, 2015.08.27.(in Chinese)) 

同济大学. 基于PFC3D5.0软件毛细力接触模型计算软件V1.0[Z]. 中国: 2015SR180594, 原始取得, 全部权利, 2015.06.20. (Tongji University. Calculation software for contact model of capillary water based on PFC3D5.0 software V1.0[Z]. China: 2015SR180594, original acquisition, all rights, 2015.06.20.(in Chinese)) 

同济大学. 基于PFC3D5.0软件抗转动接触模型计算软件V1.0[Z]. 中国: 2015SR180846, 原始取得, 全部权利, 2015.05.15. (Tongji University. Calculation software for rolling resistance contact model based on PFC3D5.0 software V1.0[Z]. China: 2015SR180846, original acquisition, all rights, 2015.05.15.(in Chinese)) 

2014：

同济大学. 基于PFC3D软件的完整胶结模型计算软件V1.0[Z]. 中国: 2015SR120246, 原始取得, 全部权利, 2014.10.01. (Tongji University. Calculation software for whole cement model based on PFC3D software V1.0[Z]. China: 2015SR120246, original acquisition, all rights, 2014.10.01.(in Chinese)) 

同济大学. 基于ABAQUS软件的结构性土本构模型计算软件V1.0[Z]. 中国: 2014SR107535, 原始取得, 全部权利, 2014.03.01. (Tongji University. Calculation software for constitutive model of structural soil based on ABAQUS software V1.0[Z]. China: 2014SR107535, original acquisition, all rights, 2014.03.01.(in Chinese))

2013：

同济大学. 基于PFC平台并行计算控制软件V1.0[Z]. 中国: 2014SR026532, 原始取得, 全部权利, 2013.10.05. (Tongji University. Parallel computing control software based on PFC platform V1.0[Z]. China: 2014SR026532, original acquisition, all rights, 2013.10.05.(in Chinese)) 

同济大学. 基于PFC软件的无胶结厚度岩石微观力学模型计算软件V1.0[Z]. 中国: 2013SR128383, 原始取得, 全部权利, 2013.07.05. (Tongji University. Calculation software for micromechanical model of rock without cementation thickness based on PFC software V1.0[Z]. China: 2013SR128383, original acquisition, all rights, 2013.07.05.(in Chinese)) 

同济大学. 基于PFC软件的深海能源土温度-水压-力学胶结模型计算软件V1.0[Z]. 中国: 2013SR127847, 原始取得, 全部权利, 2013.07.25. (Tongji University. Calculation software for thermal-hydraulic-mechanical cement model of methane hydrate bearing sediments based on PFC software V1.0[Z]. China: 2013SR127847, original acquisition, all rights, 2013.07.25.(in Chinese)) 

同济大学. 基于PFC软件的CFD-DEM耦合分析计算软件V1.0[Z]. 中国: 2013SR127616, 原始取得, 全部权利, 2013.07.25. (Tongji University. CFD-DEM coupled analysis software based on PFC software V1.0[Z]. China: 2013SR127616, original acquisition, all rights, 2013.07.25.(in Chinese)) 

同济大学. 基于PFC3D软件的非球形颗粒接触模型计算软件V1.0[Z]. 中国: 2013SR122945, 原始取得, 全部权利, 2013.05.15. (Tongji University. Calculation software for contact model of non-spherical particle based on PFC3D software V1.0[Z]. China: 2013SR122945, original acquisition, all rights, 2013.05.15.(in Chinese)) 

同济大学. 各向异性土体NS2D-1离散元分析软件V1.0[Z]. 中国: 2013SR060949, 原始取得, 全部权利, 2013.04.01. (Tongji University. Analysis software NS2D-1 for anisotropic soil V1.0[Z]. China: 2013SR060949, original acquisition, all rights, 2013.04.01.(in Chinese))

同济大学. 基于PFC软件的考虑胶结厚度的水合物胶结模型计算软件V1.0[Z]. 中国: 2013SR060085, 原始取得, 全部权利, 2013.03.25. (Tongji University. Calculation software for hydrate cement model considering cement thickness based on PFC software V1.0[Z]. China: 2013SR060085, original acquisition, all rights, 2013.03.25.(in Chinese)) 

2010：

同济大学. 基于PFC软件的简化水泥胶结力学模型计算软件V1.0[Z]. 中国: 2011SR064974, 原始取得, 全部权利, 2010.11.01. (Tongji University. Calculation software for simplified mechanical model of cement bond based on PFC software V1.0[Z]. China: 2011SR064974, original acquisition, all rights, 2010.11.01.(in Chinese)) 

同济大学. 基于PFC3D软件的毛细水胶结模型计算软件V1.0[Z]. 中国: 2011SR098716, 原始取得, 全部权利, 2010.11.01. (Tongji University. Calculation software for capillary cement model based on PFC3D software V1.0[Z]. China: 2011SR098716, original acquisition, all rights, 2010.11.01.(in Chinese)) 

同济大学. 基于PFC软件的月壤力学模型分析软件V1.0[Z]. 中国: 2011SR064976, 原始取得, 全部权利, 2010.07.02. (Tongji University. Analysis software for mechanical model of lunar soil based on PFC software V1.0[Z]. China: 2011SR064976, original acquisition, all rights, 2010.07.02.(in Chinese)) 

2009：

同济大学. 基于PFC软件的抗转动复杂砂土接触模型计算软件V1.0[Z]. 中国: 2011SR073247, 原始取得, 全部权利, 2009.07.01. (Tongji University. Calculation software for rolling resistance contact model of complex sand based on PFC software V1.0[Z]. China: 2011SR073247, original acquisition, all rights, 2009.07.01.(in Chinese)) 

2008：

同济大学. 基于PFC2D软件的分层欠压法均匀试样生成软件V1.0[Z]. 中国: 2011SR098714, 原始取得, 全部权利, 2008.09.01. (Tongji University. Homogeneous specimens generation software with multi-layer undercompaction method based on PFC2D software V1.0[Z]. China: 2011SR098714, original acquisition, all rights, 2008.09.01.(in Chinese)) 

同济大学. 基于PFC3D软件的分层欠压法均匀试样生成软件V1.0[Z]. 中国: 2011SR098711, 原始取得, 全部权利, 2008.09.01. (Tongji University. Homogeneous specimens generation software with multi-layer undercompaction method based on PFC3D software V1.0[Z]. China: 2011SR098711, original acquisition, all rights, 2008.09.01.(in Chinese)) 

2005：

蒋明镜. CFEM2D软土蠕变有限元分析软件V1.0[Z]. 中国: 2012SR006037, 原始取得, 全部权利, 2005.12.20. (Jiang M J(蒋明镜). Finite element analysis software CFEM2D for soft soil creep analysis V1.0[Z]. China: 2012SR006037, original acquisition, all rights, 2005.12.20.(in Chinese)) 

2004：

蒋明镜. NS2D二维离散元分析软件V1.0[Z]. 中国: 2012SR006036, 原始取得, 全部权利, 2004.12.01.(Jiang M J(蒋明镜). Two-dimensional discrete element analysis software NS2D V1.0[Z]. China: 2012SR006036, original acquisition, all rights, 2004.12.01.(in Chinese)) 

2013：

Tongji University. PFC2D-oriented thermo-hydro-mechanical contact model for methane hydrate bonded granules[Z]. USA: TX 7-921-004, original acquisition, all rights, 2013.07.25. 

2010：

Tongji University. PFC2D-orineted model for lunar soil granules[Z]. USA: TX 7-921-000, original acquisition, all rights, 2010.09.15. 

Tongji University. PFC2D-oriented model for granular contacts incorporating rolling resistance[Z]. USA: TX 7-910-490, original acquisition, all rights, 2010.05.01.

Tongji University. PFC2D-oriented method for homogeneous sample generation with DEM[Z]. USA: TX 7-910-491, original acquisition, all rights, 2009.10.01.