文档介绍：矿物加工磨矿过程的三维建模设计与研究
摘要:本论文以3d max为磨矿过程进行虚拟仿真,介绍了用3d MAX ,叙述各设备的建模方法、动画设置以及磨矿过程仿真连接与设计,并开发了磨矿过程三维动画显示与控制的程序和界面。
利用3DS MAX ,有其它软件无法比拟的优点,它形象逼真,能清楚地看到矿山选矿厂各设备的整体运动状况及工作原理,提供仿真的矿山设备之间的连接与装配,能够全方位地观察各设备间的装配关系,还提供各设备的结构组成,能清晰观察各零部件的运动状况和工作原理。所有的这些,在教学实验模拟和实验仿真中都可取得良好的效果。
关键词:三维动画;建模;造型;计算机仿真
Abstract In this paper the grinding process for 3d Max animation simulation, introduces the realization with 3d Max grinding process of 3d animated simulation, the design process of modeling and animation equipment and grinding process simulation connection with design, and develop the grinding process control and display of 3d animation programs and interfaces.
Using MAX grinding process of realizing mine concentrator, the 3d animation design has the parable advantages to other software, image is clear, can clearly see the equipment of mine concentrator overall movement condition and working principle of the simulation, provides the connection between the mining equipment and assembly, the equipment can be observed in all the assembly relation between, also provide various equipment structure, can be observed clearly parts of movement status and work principle. All of these, simulations and experiments in experiment teaching can be achieved in the simulation of the good effect.
Keywords: 3d animation; Modeling; modelling; puter simulation
摘要: I
绪论 IV
第1章虚拟现实中3D Max建模方法的应用 1
1
1
2
3Ds Max的几何建模 5
3DsMax简介 5
3DsMax中对象的概念 6
3DsMax的建模方法 8
11
3d max在磨矿系统中的应用 12
- MAX方法进行设计的三维表现 13
第2章磨矿系统简介 14
14
14
螺旋分级机的构造及工作过程 15
15
螺旋分级机工作原理: 16
第3章设备的建模 17
球磨机建模 17
齿轮的建模 18
螺旋分级机的建模 19
20
第4章设备运动的动画模拟设置 21
齿轮筒体动画 21
矿浆流体的动画模拟 21
液面的泡沫的动画模拟 23
滚球动画 25
磨矿过程的仿真连接与设计 26
基于 Script脚本语言的矿山选矿厂磨矿 27
本课题存在的问题及展望 27
结语 28
参考文献 29