Micro-Fluidic CAD Visualization System Development And Implementation

The paper focused on Micro-Fluidic CAD system development and the expansion of the IP system and integration of simulation studies. In conjunction with the state 863/MEMS special topic " Biological micro-nano flow control system design and software development ". Studied the developing method based on ACIS 3D Micro-Fluidic CAD System, concluded the IP-database developing thoughts based on XML configuration, developed a two-dimensional Micro-Fluidic CAD design program, and integrated the LBD simulation system.. Work summarized as follows :1:According to the development of Micro-Fluidic CAD System at home and abroad,Inductive Micro-Fluidic control system research and development direction. Several from the mainstream of foreign advanced Micro-Fluidic control system CAD start. Further analysis of the current domestic of Micro-Fluidic control in the development of the state and the future development trend. Based on these analysis to get the Micro-Fluidic CAD design method and summed up the whole system CAD System flowchart. Finally from five different angles to discuss the significance of the research.2:Analysis four important components of the library for the simulation of Micro-Fluidic control system development process, the Components Library,the Simulation Library,the Import and Export Library,the template Library. Then from three aspects of the development process including the database system, the core component of CAD systems, simulation systems set out the details. This chapter Expounded the development theory of the system core part from needs analysis. Include design, IP database design, 2D CAD system analysis, ACIS 3D analysis, Simulation System. In the end of the chapter introduced to support of the development process can refer to the use of the molding Blitz++ Library, GSL, Image Processing Library (IPL98).3:Compares the development of 3D CAD/CAE systems in three ways. reached the optimum method for forming a platform for the development of 3D modeling conclusions is to use Some kind of prototyping platform . In comparing prototyping platform ACIS, PARASOLID, PELORUS, analysis of the merits of ACIS, then map out the structure of the ACIS and the flowchart of using ACIS 3D model for the development. And use practical examples to demonstrate how to use ACIS 3D Library to develop 3D modeling.Finally, Show the methods of how to integrate CAD-flow control system during the development of ACIS 3D model.4:Show the important significance during the system design process for IP development and management, and from its constituent elements : IP library component, IP Library established, based on the XML Generation IP Library, the IP Library analysis, IP library search, IP library distribution and Remote Invoking and other aspects of the detailed process of some of these technical issues. The Chapter used a simple example to demonstrate the XML-based configuration of IP for the construction of the feasibility.5:First introduced the function of Borland company's advanced RAD development tools Delphi7, and show how to the use Delphi7 to develop Windows applications and system components. Then discussed the thinking in detail the structure visualization framework of the development. Use reverse engineering tools Understand for Delphi to get the analysis of the core mapping components TCoreMemsCAD module and flowchart. And then from the perspective of object-oriented thinking to analysis the underlying components, Finally shown this Micro-Fluidic CAD System functional modules.6 : described the Components of Micro-Fluidic CAD System. Then introduced the components of the basic elements, Next used an example to show how to use the Micro-Fluidic CAD system to build a flow environment, Finally Shown how to generate drawings into other CAD systems.7: from the definition of the development of the simulation system, achieve the basic steps of the simulation system development ,including core analysis systems development, center analysis system development, UI systems development, user input systems development. Further detailed analysis of the development methodology in this four subsystem module, and then use the system of two-phase flow simulation module, calculation of the flow field of single-walled environment particles in the role of the motion simulation analysis. With the theoretical results of comparison, get the conclusions that the algorithm system should continue to strengthen.8: From the Secondary Development of the Compoments, the expansion of IP Library, the expansion of the Analysis simulation system three perspective to show how to expand the Micro-Fluidic CAD System. for the Secondary Development of System components, from the core class graph, Object Inheritance plans, details of the code ways to expand the thinking of the development. And through the realization of a complex flow to demonstrated the development of new components. Then use the Arrange IP Library System to expand IP library. Finally, talk about the thinking of using XML configuration to deployment analysis and simulation systems.9: Quoted the definition of separation of the flow field that papered by Dr Giddings, then introduced the components of micro-separation flow control system and mapped the process of separation. Through the analysis of the ceramic in ultrasonic vibration mode by ANSYS, choose out the vibration mode of the separation system.10: summarizes the main text of the work and future research put forward. 1) : Continuing rich 2D CAD component library. 2) : rich IP library. 3) : develop the ACIS 3D CAD component library Based on the basis of the system. 4) : The expansion of simulation.