10. Cheng-Chuan Lin, Ling-Xuan Meng, Chih-Ang Chung and Yun-Chi Chung, "Bridging micro nature with macro behaviors for granular thermal mechanics", International Journal of Mechanical Sciences 282, 109670, 2024. IF: 7.1, SCIE. [Link]

9. Ching-Hung Cheng and Cheng-Chuan Lin, "Prediction of force chains for dense granular flows using machine learning approach", Physics of Fluids 36, 083306, 2024. IF: 4.1, SCIE. [Link]

8. Cheng-Chuan Lin, "Application of artificial neural networks to predict the particle-scale contact force of photoelastic disks", Advanced Powder Technology 35, 104284, 2024. IF: 4.2, SCIE. [Link]

7. Cheng-Chuan Lin, Riccardo Artoni, Fu-Ling Yang and Patrick Richard, "Modelling the wall friction coefficient for a simple shear granular flow in view of the degradation mechanism", Journal of Fluid Mechanics 969, A7, 2023. IF: 3.6, SCIE. [Link]

6. Cheng-Chuan Lin and Fu-Ling Yang, "Continuum simulation of non-local effects in a granular silo discharge flow using a regularized μ(I) rheology model", Physics of Fluids 33, 093302, 2021. IF: 4.1, SCIE. [Link]

5. Cheng-Chuan Lin and Fu-Ling Yang, "Continuum simulation for regularized non-local μ(I) model of dense granular flows", Journal of Computational Physics 420, 109708, 2020. IF: 3.8, SCIE. [Link]

4. C.-C. Lin, M.-Z. Jiang and F.-L. Yang, "Developing A Rheological Relation for Transient Dense Granular Flows Via Discrete Element Simulation in A Rotating Drum", Journal of Mechanics 36 (5), 707-719, 2020. IF: 1.5, SCIE. [Link]

3. Cheng-Hsi Weng, Cheng-Chuan Lin, Fu-Cheng Tsai, Chi-An Dai, Fu-Ling Yang, Wen-Pin Shih and Pei-Zen Chang, "Photo-controllable contact angle hysteresis on an artificial Azo-IPN petal", Materials Letters 219, 81-84, 2018. IF: 2.7, SCIE. [Link]

2. Cheng-Chuan Lin, Hung-Tien Huang and Fu-Ling Yang, "Hydrodynamic coupling distance between a falling sphere and downstream wall", Coupled Systems Mechanics 7 (4), 407-420, 2018. IF: 1.3, ESCI. [Link]

1. Cheng-Chuan Lin and Fu-Ling Yang, "A new image processing algorithm for three-dimensional angular velocity measurement and its application in a granular avalanche", Advanced Powder Technology 29, 506-517, 2018. IF: 4.2, SCIE. [Link]

5. Ching-Hung Cheng and Cheng-Chuan Lin, “Prediction of the Force Network in Two-Dimensional Dense Granular Flows via Machine Learning Approach ”, National Computational Fluid Dynamics Conference, 17-18 August 2023, Taipei. [佳作獎]

4. Cheng-Chuan Lin, Riccardo Artoni, Fu-Ling Yang and Patrick Richard, “Influence of granular temperature and grain rotation on the wall friction coefficient in confined shear granular flows”, EPJ Web of Conferences 249, 03026, 2021. 

3. Cheng-Chuan Lin and Fu-Ling Yang, "A pressure correction method for simulating visco-plastic granular flows with the regularized μ(I) model", National Computational Fluid Dynamics Conference (NCFD), 12-13 August 2019, Keelung, Taiwan. [2nd  Paper Award]

2. Cheng-Chuan Lin and Fu-Ling Yang, "Developing a rheological law for transient dense granular flows via discrete element simulation in a rotating drum", International Conference on Mechanics (ICM), 15-18 October 2018, Yilan, Taiwan. [Excellent Paper Award]

1. C.-C. Lin and F.-L. Yang, "A wet contact model for discrete element simulation of immersed particle-wall collisions", International Conference on Multiphase Flow (ICMF), 22-27 May 2016, Firenze, Italy.

19. Ching-Hung Cheng, Cheng-Chuan Lin*, "Machine learning method for the prediction of force networks in dense granular flows", 47th National Conference on Theoretical and Applied Mechanics (CTAM), 17-18 November 2023, Yunlin, Taiwan. 

18. Cheng-Chuan Lin, "Numerical simulation of yield stress fluids flow around an immersed object", The 1st annual meeting and conference of Association of Computational Mechanics Taiwan (ACMT), 28-29 October 2023, Keelung, Taiwan. 

17. Cheng-Chuan Lin, "A direct-forcing IB-PISO method for the simulation of yield stress fluids flow around a sphere", 中國機械工程學會第 39 屆全國學術研討會 (CSME), 2-3 December 2022, Miaoli, Taiwan. 

16. Cheng-Chuan Lin and Fu-Ling Yang, "Continuum simulation for granular silo discharge flow: Effect of the nonlocality", Conference on Theoretical and Applied Mechanics (CTAM), 18-19 November 2022, Kaohsiung, Taiwan. 

15. Cheng-Chuan Lin and Fu-Ling Yang, "Continuum simulation for granular silo discharge flow using a regularized non-local μ(I) model", World Congress on Computational Mechanics & Asian Pacific Congress on Computational Mechanics (WCCM-APCOM), 31 July-5 August 2022, Yokohama, Japan (Virtual).

14. Cheng-Chuan Lin, Riccardo Artoni, Fu-Ling Yang and Patrick Richard, “Influence of granular temperature and grain rotation on the wall friction coefficient in confined shear granular flows”, EPJ Web of Conferences Powders & Grains, 5, 13, 21, 29 July and 6 Aug, 2021 (Virtual).

13. Cheng-Chuan Lin and Fu-Ling Yang, “Investigation of Non-local Effect Via Continuum Simulation of Dense Granular Flows Using Regularized μ(I) Rheology”, Conference on Theoretical and Applied Mechanics (CTAM), 26-27 November 2020, Yilan, Taiwan.

12. Cheng-Chuan Lin and Fu-Ling Yang, "A PISO-VOF method for continuum simulation of dense granular flows", Asian Pacific Congress on Computational Mechanics (APCOM), 18-21 December 2019, Taipei, Taiwan.

11. Cheng-Chuan Lin and Fu-Ling Yang, "A pressure correction method for simulating visco-plastic granular flows with the regularized μ(I) model", National Computational Fluid Dynamics Conference (NCFD), 12-13 August 2019, Keelung, Taiwan.

10. Cheng-Chuan Lin and Fu-Ling Yang, "Boundary condition for dense granular flows on smooth boundary", American Physical Society (APS) March Meeting, 4-8 March 2019, Boston, USA.

9. Cheng-Chuan Lin and Fu-Ling Yang, “Developing a rheological law for transient dense granular flows via discrete element simulation in a rotating drum”, ICM/ACFD/ACMT/NCFD, 15-18 October 2018, Yilan, Taiwan. [Invited Speaker]

8. Cheng-Chuan Lin and Fu-Ling Yang, "Two-dimensional continuum simulation of dense granular flow with regularized μ(I) rheology", 18th U.S. National Congress for Theoretical and Applied Mechanics (USNCTAM), 4-9 June 2018, Chicago, USA.

7. Cheng-Chuan Lin and Fu-Ling Yang, "Continuum viscoplastic simulation using regularization technique: Application to the granular flow down an inclined plane", Third Computational Mechanics Conference in Taiwan, 19-20 October 2017, Tainan, Taiwan.

6. Cheng-Chuan Lin and Fu-Ling Yang, "Two-dimensional continuum simulation of dense granular flow with μ(I) rheology and regularisation technique", Asian Particle Technology Symposium (APT), 30 July-3 August 2017, Taoyuan, Taiwan. 

5. Cheng-Chuan Lin and Fu-Ling Yang, "Numerical simulation of regularised granular flow avalanching down an inclined plane with μ(I) constitutive relation", Taiwan Society for Industrial and Applied Mathematics (TWSIAM), 6-7 May 2017, Taipei, Taiwan.

4. Cheng-Chuan Lin and Fu-Ling Yang, "Simulation of compressible granular flow with μ-ϕ-I constitutive relation", Association of Computational Mechanics Taiwan Conference (ACMT), 20-21 October 2016, Taiwan. 

3. Cheng-Chuan Lin and Fu-Ling Yang, "A pseudo-dry wet contact model for discrete element simulation of immersed particle-wall collisions", International Conference on Multiphase Flow (ICMF), 22-27 May 2016, Firenze, Italy.

2. Cheng-Chuan Lin and Fu-Ling Yang, "Rheological μ-I Relation for Accelerating Dry Granular Flow in a Rotating Drum", First Computational Mechanics Conference in Taiwan, 22-23 October, 2015, Taiwan.

1. 數位影像技術應用於三維球體角速度之偵測, 林正釧, 楊馥菱, 29th National Conference on Mechanical Engineering of CSME, 7-8 December 2012, Kaohsiung, Taiwan.