麻省理工學院「開放式課程網頁」 | 核子工程 | 22.00J 2002春季課程：製作模型及模擬導論


	週				課程單元


	1				導論：什麼是建模？什麼是模擬？它們有什麼用？ Introduction: What is modeling, what is simulation, what are they used for?


	2				統計力學：由簡單個體組成之總體的統計平均行為；穿透=隨機環境；無規行走；擴散導致的聚集 Statistical Mechanics: Statistical averaged behavior of populations of simple actors; percolation = random environments; random walks; diffusion-limited aggregation


	3				分子動力學 Molecular Dynamics


	4				蒙地卡羅 Monte-Carlo


	5				從頭計算法：電子密度函數的第一原理量子力學計算 Ab-Initio Calculations: First-principles quantum mechanics calculations of electron density functions


	6				連續介質方法I：連續介質方程，熱傳導的有限差分法 Continuum Methods I: Continuum equations, finite difference method for heat conduction


	7				連續介質方法II：從離散到連續，彈性力學的有限元法 Continuum Methods II: From discrete to continuous, finite element method for elastic mechanics


	8				流沙及Pebble-Bed 核反應爐；晶體是怎樣融化的 Draining Sand and Pebble-Bed Nuclear Reactors; How Crystals Melt


	9				平衡態介面；介面動力學；傳輸導致的電化學 Interfaces at Equilibrium; Interface Dynamics; Transport-Limited Electrochemistry


	10				相變；力學平衡與熱輸運 Phase Transitions; Mechanical Equilibrium and Thermal Transport


	11				枝晶固化；納米技術中的原子模擬；經典與量子退火 Dendritic Solidification; Atomistic Simulations in Nanotechnology; Classical and Quantum Annealing


	12				表面化學的多尺度建模；骨再造與骨折的生物力學 Multiscale Modeling of Surface Chemistry; Biomechanics of Bone Remodeling and Fracture


	13				蛋白質折疊；生物醫學過程的模擬；生物膜模擬 Protein Folding; Simulation of Biomedical Processes; Biomembrane Simulations


	14				學生大作業報告 Student Project Presentations