DB001508高级建筑物理（秋季）
Advanced building Physics (Autumn Semester)
鉾井修一
Hokoi Shuichi
东南大学建筑，教授
Architectural Internalization Demonstration School, Professor
高级建筑物理，是建筑热工与建筑节能分析的重要理论课，是CFD软件、Engerplus、designbuilding、Ecotect等当代建筑流场技能分析软件的开发依据和计算原理性课程。本课程主要针对工程流动与传热问题的计算机求解问题，侧重传热学与数值方法相结合，培养学生理解CFD软件、Engerplus、designbuilding、Ecotect等当代建筑学软件的开发依据和计算原理运用。本课程通过讲授建筑材料、建筑模型构建、计算网格划分、控制方程离散等数值求解方法，使学生深刻理解建筑CFD、能耗分析软件的运行原理、计算原理及相关系数影响，初步达到能独立编程分析建筑学热力问题的能力。
绿色建筑已经成为当代建筑的必然要求，相关流场及节能分析软件的已经成为建筑设计应用中的重要组成部分。通过本课程知识体系的系统学习，将初步掌握热力建筑学的分析方法论，将有助于提高硕士及博士阶段的量化分析研究的基础能力。Advanced building Physics, is an Interdisciplinary subject including Heat Transfer and Numerical Method, which deal with engineering flow and heat transfer problems. At the same time, it is the subject which the developments of CFD、Engerplus、Designbuilding、Ecotect and other contemporary skill analysis software of building flow field rely on. Advanced building Physics will focus mainly on the numerical heat transfer solution and control problem of building, and will enable student to understand the operation principle、calculation principle and influence of correlation coefficient of the building CFD、energy consumption analysis software, to develop abilities of students to solve thermal problems in architecture by programming on their own.Green building had been the inevitable requirement of contemporary building, the software of correlation flow field and energy-saving analysis has become an important component of building design application. Through the systematic study of the knowledge system in this curriculum, students will master the analytical methodology of thermal architecture preliminarily, to improve their basic abilities of quantitative analysis research in their Master and PhD stages.
