第一节 热传导方程及热边界条件 第二节 热分析有限元法的一般步骤

• 平面应力问题 • 平面应变问题 • 空间问题 • 轴对称问题 • 杆件问题 • 薄板/薄壳弯曲问题

第一节 动态分析有限元法的特点 第二节 动态分析有限元法的一般步骤

第一节 弹性力学有关知识 第二节 平面问题有限元法

第一节 有限元法的产生与基本思想 第二节 有限元法的应用 第三节 有限元法在产品开发中的作用

电子科技大学：《有限元理论与建模方法 Finite Element Analysis and Modeling》研究生课程教学资源（课件讲稿）课程简介（杜平安）

– To provide you with a framework for further studies on – Thinking about the problems of parallel programming – Discussing your work with others – Approaching complex parallel programming problems – Using or building useful tools and environments

• Study increasingly sophisticated parallel merge kernels • Observe the combined effects of data - dependent execution and a lack of data parallelism on GPU algorithm design

• To learn to regularize irregular data with – Limiting variations with clamping – Sorting – Transposition • To learn to write a high-performance SpMV kernel based on JDS transposed format • To learn the key techniques for compacting input data in parallel sparse methods for reduced consumption of memory bandwidth – Better utilization of on-chip memory – Fewer bytes transferred to on-chip memory – Better utilization of global memory – Challenge: retaining regularity

电子科技大学：《GPU并行编程 GPU Parallel Programming》课程教学资源（课件讲稿）Lecture 07 JOINT CUDA-MPI PROGRAMMING