NTU Theses and Dissertations Repository: Browsing DSpace

Browsing by Advisor Chih-Hung Chen

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Showing results 1 to 11 of 11

Publication Year	Title	Author(s)	Department
2024	CUDA架構下相場法裂紋模擬：平行化架構參數調整與效能分析 Crack simulation using phase-field method on CUDA architecture: parallelization framework parameter adjustment and performance analysis	黃品豪; Pin-Hao Huang	應用力學研究所
2022	二維細胞運動的相場模型：以盤基網柄菌趨熱行為為例 Phase-Field Modeling of Two-Dimensional Cell Motility: an Example Study on Thermotactic Behavior of Dictyostelium discoideum	徐子桓; Tzu-Huan Hsu	應用力學研究所
2023	分子動力學探討溶劑殼對碳酸酯電解液中離子傳輸性質的影響 Molecular Dynamics Study of Effects of Solvation Shell on Ionic Transport Properties in Carbonate Electrolytes	彭源旭; Yuan-Xu Peng	應用力學研究所
2025	利用分子動力學探討外加電場對鋰金屬電池中溶劑層和固態電解質界面的影響 Molecular Dynamics Investigation of the the Effects of Electric Fields on Electrolyte Solvation and Solid Electrolyte Interphase in Lithium Metal Batteries	黃悅容; Yue Rong Huang	應用力學研究所
2023	利用沉浸邊界-晶格玻茲曼法探討細長彈性體與周遭流體間力學的交互作用 Study of the Force Interaction between Slender Elastic Objects and Surrounding Fluid Using Immersed Boundary–Lattice Boltzmann Method	游宗典; Zong-Dian Yu	應用力學研究所
2023	反應分子動力學探討氟化鋰人工固態電解質之機械性質 Mechanical properties of LiF-rich ASEI explored by reactive molecular dynamics	何睿鈞; Jui-Chun Ho	應用力學研究所
2023	反應分子動力學探討鋰鹽對固態電解質界面機械性質之影響 Reactive Molecular Dynamics Study of the Influence of Lithium Salts on the Mechanical Performance of Solid Electrolyte Interphase	謝竺軒; Jhu-Syuan Sie	應用力學研究所
2025	應用 PyBaMM 之偽二維模型評估鋰鍍覆反應 Assessment of lithium plating using a pseudo-two-dimensional model in PyBaMM	吳浩均; Hao-Jun Wu	應用力學研究所
2023	有限元素法分析纏繞與疊貼工藝製造之碳纖維複材管件的機械性質差異 Finite element analysis of the differences in mechanical properties of carbon fiber composite pipes manufactured by filament-winding and prepreg	黃偉傑; Wei-Jie Huang	應用力學研究所
2024	非平衡分子動力學分析鋰電池固態電解質界面熱傳導係數 Analysis of Thermal Conductivity of Solid Electrolyte Interphases in Lithium Batteries Using Non-Equilibrium Molecular Dynamics	謝宗栢; Tsung-Po Hsieh	應用力學研究所
2023	高濃度電解質的傳輸性質對於鋰枝晶生長之影響 Influence of Transport Properties of Highly Concentrated Electrolytes on Li-Dendrite Growth	戴承寧; Chen-Ning Tai	應用力學研究所

Showing results 1 to 11 of 11