1.
Management of complex three-dimensional scene is the basis of3 DGIS, three-dimensional landscape system and virtual reality.
三维复杂场景管理是三维地理信息系统、三维景观系统、拟现实的基础和核心。
2.
Data Process and Skeletal Animtion Implement in Complex 3D Scene;
复杂三维场景的数据处理及骨骼动画实现
3.
Key Technologies Research on View Data 3D Modeling and Real-time Rendering of Complex Altiplano Aerodrome;
高原复杂机场视景数据三维建模及实时渲染关键技术研究
4.
The Texture Compression for Real-Time Rendering;
面向复杂三维场景实时绘制的高效纹理压缩技术
5.
Numerical Investigation of Three-Dimension Turbulent Flow Fields in a Centrifugal Pump;
离心泵内部三维复杂流场的数值研究
6.
A PARALLEL COMPUTATION FOR 3D COMPLEX SEEPAGE FLOW USING OpenMP
用OpenMP实现三维复杂渗流场的并行计算
7.
Using the method can quicken the speed of building solid model bank and has actual significance to build complicated scene fleetly.
运用此方法可加快三维模型库的建立，对于复杂场景的快速搭建有实际意义。
8.
Estimation of Optical Flow and Reconstruction of 3D Structure from Image Sequences;
图像序列光流场计算及三维场景恢复研究
9.
Stress Field Analysis and Evaluation for Milling Insert with Complex Groove;
三维复杂槽型铣刀片应力场分析及评价
10.
3-D Mechanical Analysis of the Intricate Structure in Tianfu-Square Underground Complex;
天府广场复杂地下综合体三维力学分析
11.
3D numerical analysis of flow field in the inletcase of a steam turbine
汽轮机进汽缸内复杂流场的三维数值分析
12.
Three Dimensional Numerical Simulation Research on Air Flow Field on Complex Terrains
复杂地形条件下大气风场的三维数值模拟研究
13.
Simulation of Three-dimensional Flow with Moving Bodies and Analysis of Vortical Structures in the Wake;
含运动物体三维复杂流场数值模拟和尾流结构研究
14.
Study on Force Density Function and Stress Field for Milling Insert with 3D Complex Groove;
三维复杂槽型铣刀片受力密度函数及应力场的研究
15.
Research on Visualization and Evaluation Criteria of Temperature Field for Milling Insert with 3D Complex Groove;
三维复杂槽型铣刀片温度场可视化及评价准则研究
16.
Analysis on Temperature Field of Three-Dimensional Complex Groove Insert and Study on Groove Reconstruction Technique;
三维复杂槽型铣刀片温度场分析及槽型重构技术研究
17.
Research on Calculation Method of Seepage Discharge for Complicated 3-D Seepage Flow Field Based on FEM;
基于有限元法的复杂三维渗流场渗流量计算方法研究
18.
Three Dimensional Design and Optimization System for Stirring Blades with Complicated Surface by Flow Field Simulation
基于流场模拟的复杂形面搅拌桨叶三维设计与优化系统