CATIA V5, CATIA V5 commonly Module Introduction
part design ( PDG : CATIA Part Design ) to provide a 3D mechanical part design, powerful design tools. application of "intelligent entity" design thinking. widespread use of hybrid modeling method of combining the associated features and flexible Boolean operations allows designers the flexibility to use a variety of design techniques: in the design process or design to complete. parameterize; can control association Assembly Environment sketch design and part design, add design constraints in the local 3D parametric environment; support parts of the multi-entity operations. can also easily manage part changes, such as flexible design of post-modification operations. In addition PDG graphical structure tree can be expressed model features an organizational hierarchy in order to more clearly understand the factors affecting the design changes. designers can manage the entire characteristics of group operations to speed up the design changes.
<strong > CATIA V5 [/b] assembly design ( with ASD : of CATIA the Assembly Design ) </strong > can help the designer with multi-level top-down (Top-down) or bottom-up (Bottom-up) approach to define and manage large-scale assembly structure can be truly concurrent engineering between design for assembly and single part design by simply moving the mouse or select the icon. designers will be able to drag it to the parts or move quickly to the designated assembly location; select the various forms of mechanical constraints. location and used to adjust the parts to build constraints; select Manual or automatically updated. can rearrange the structure of the products and interference and gap check; no need to copy the same part or sub assembly data can re-use the same assembly or assemblies of ASD to establish standard parts or accessories catalog. exploded diagram of the automatic generation of understanding of the design is very easy. analysis function can check for interference and whether it exceeds the defined clearance limits. no matter how complex assembly. BOM (Bill of Material) table automatically generated accurate information of the features available to all parts of the flexible sub-assembly capabilities can be dynamically cut off the link between the product structure and mechanical behavior. the individual components of this unique command can move the child in the parent assembly, assembly, or manage instance annihilator the different parts of the internal position ...... ASD provided efficient ways of working. assembly designers can significantly reduce design time and improve the design quality.
for CATIA V5 Generative Surface Design ( GSD : CATIA Generative Shape Design ) according to the baseline aircraft combination with a number of surface characteristics and design complexity to meet the requirements of the car body. It provides a wide-ranging set of tools used to create and modify complex body or mixed design surface. its feature-based design . efficient. intuitive design environment, including intelligent tool and law (law) function allows the user to capture and reuse design methods and technical specifications.
of CATIA V5 digitized shape editor ( DSE, : of CATIA Digitized the Shape Editor, ) convenient to import point cloud files in multiple formats such as: Ascii free.Atos.Cgo more than ten kinds of digital data input. finishing combination of dead pixels. cross-section generated. feature line extraction. real-time shape the quality of analysis of point cloud directly after the processing point cloud to generate the surface of the body panels. for CATIA V5 free-form surface design ( FSS : , of CATIA Freestyle, Shape ) to provide a large number of surface-based utility that allows designers to quickly generated with a particular style, shape and surface. interactive shape modification feature even allows designers to more easily modify the fairing and trim curves and surfaces. curves and surfaces for the automotive industry by means of a variety of diagnostic tools can be checked in real time the quality of curves and surfaces. system provides a geometric description of a free matching support for NURBS and Bezier math expression and thus the designer can directly deal with the surface after cutting while maintaining its basic shape which greatly improve the conceived from the initial 2D shape of the plane of the graph line to the final 3D model generation efficiency of this process.
CATIA V5 pipeline design (</strong > PIP : CATIA Piping Design ) provides a complete set of tools used to create and modify, and analyze pipeline design. and the filing and management. the tool used to create that can capture all appropriate design information and intent of intelligent piping layout automatically placed on the standard components of the elbow. elbow. three links, and pressure reducing valve. This intelligent piping design features allow designers to more efficient design process and design content to validate the PIP function-driven design to ensure that the design intent in any changes to implement and design rules engine integrated design process automation be good to implement the entire design process and ensure corporate standards , CATIA V5 electrical wire routing design ( EWR : CATIA Electrical Wire Routing ) According to the functional definition of the electrical signal in the digital prototype definition and management of the cable layout specifically for the electrical system of the physical shape design allows designers to solve complex routing problems in a virtual environment. link physical and electrical system and its functional definition it possible to harness the 3D design capabilities for extensive cabling. EWR designer in the virtual environment, especially is free to extract the physical cable, virtually maintenance free operation for functional purposes.
CATIA V5 electrical harness installation design ( <strong > EHI : CATIA Electrical Harness Installation ) is a dedicated to 3D virtual environment, the physical shape of the design of electrical installations products. electrical design mechanical design environment and then the two fully integrated in the 3D environment and electrical installations can be easily associated. can also be easily modified. EHI provides a series of geometry and standard parts of the electrical properties can be in the mechanical assembly, wire harness design so you can get complete 3D electronic prototype that contains the electrical system integrated with the mechanical assembly. electrical wiring harness can be connected to the electrical equipment can also be connected to the mechanical components, designers can fully enjoy a fully integrated electrical design and mechanical assembly benefits. CATIA V5 electrical harness flattening design ( EHF : CATIA Electrical Harness Flattening ) can the EHI create a 3D harness flattening, and the associated 2D drawings. of EHF provides a set of tools according to the different segments of the position deal with the wiring harness to get a variety of solutions to be checked and archived to allow the designer to decide according to the rigid segment is to start. or to retain the original curved shape, while the EHI defined by the 3D mechanical constraints retained. bending radius and length of the segment is bound by the
CATIA V5 electrical component library design (< / strong> ELB : CATIA Electrical Library ) is dedicated to the establishment and management of electrical system libraries. connection. electrical equipment cable bundle bracket. cable, and so on. in order to define the electrical installations of mechanical parts and assemblies allows designers to expand the directory with the electrical properties electrical equipment. use the catalog to define mechanical and electrical sharing in addition to the management of electrical libraries outside the ELB also can be installed according to the CSV file in the electrical properties and electrical system of digital equipment matching rules defined. batch mode generates the cable definition, including electrical characteristics and attributes as well as integrated in the design of electrical systems required for electrical equipment compatible with the rules of management. the DMN,
CATIA V5 prototype roaming design ( : </strong > of CATIA the DMU Navigator ) allows designers to advanced collaborative DMU inspection by the optimal observation. roaming and communication functions. packaged and pre-assembled to provide a large number of tool (such as adding annotations. hyperlink. animation. publishing and web conferencing capabilities) so that all team members involved in the DMU inspection can easily work together. efficient 3D roaming capabilities to ensure the entire team management and selection of DMU capability. DMN instruction performed automatically and the use of visualization files to quickly load data function to greatly improve the design efficiency and the use of batch mode to further improve storage management. with the nature of integration with other DMU products. to make a complete electronic prototype audit and simulation possible. meet the design staff to handle any size electronic prototype (such as demand for cars and other large assemblies).
CATIA V5 electronic prototype optimization design ( DMO : CATIA DMU Optimizer ) be able to produce parts or assemblies geometrical description of the alternative body to reduce the model the amount of data or to better meet the special requirements of specific applications. the way described by retaining only the external generate less data to express precision parts or assemblies. only parts of simple shape information exchange with suppliers. protection of commercial secrets part shape information can also be converted to the volume of information to do the DMU Simulation Analysis. movement envelope the body or to calculate the size of the remaining space can easily be the next design of the space available. model is generated for such easy to manage the design can be saved. call and re-examination and analysis on the DMU.
CATIA V5 electronic prototype assembly simulation design (</strong > FIT : CATIA DMU Fitting Simulator ) used to define the simulation and analysis of assembly process and the demolition process by simulation to maintain the feasibility of the repair process (installation / removal) to verify the rationality of the original design. FIT can be generated to remove the reserved space, and other information in order to modify the design of the future. can also help identify and determine the path of the assembly of the demolition. the FIT simulation and analysis tools to meet the product design. regeneration of the specific requirements of various departments of the use of the service and maintenance. visual display function of simulation and animation for the sales market and training departments to provide useful help. < strong> , CATIA V5 electronic prototype sports organizations analog design ( KIN, : CATIA the DMU Kinematics Simulator, < strong>) deputy campaign deputy campaign by calling a large number of existing types, or generated by the automatic conversion of mechanical assembly constraints. of any size electronic prototype definition of sports organizations. movement interference testing and school nuclear minimum clearance to the kinematic analysis. KIN, you can generate the trajectory of the moving parts of the swept volume and envelope body to guide the future design, it can be integrated with other DMU products to do more complex combination of motion simulation. able to meet the needs of the various types of engineering staff from mechanical design to the functional assessment.
CATIA V5 electronic prototype space analysis and design ( SPA : CATIA DMU Space Analysis ) the use of advanced interference checking and analysis tools. advanced section analysis tool. measurement tool. from the analytical tools and three-dimensional geometric comparison tool best DMU checksum. collision SPA interactively or in batch mode. gap and contact interference checking calculations and more complex and detailed analysis of the results from the analysis and 3D geometry comparison tools able to analyze compare 3D geometric model and the results of the visual display and use the profile viewer. design calculations sectional view and profile measurements in order to further understand and assess the the difference between the object to be compared. spa through integration with CATIA targets Manager (COM) be able to perform the measurement and calculation of physical properties such as mass and inertia SPA checksum. guarantee to be able to handle the audit of the electronic prototype frequently encountered problems in the product assembly process from design to the entire life cycle of the product (maintenance) to inspect for CATIA V5 human model structure ( HBR : of CATIA Human Builder ) to establish a virtual environment management standard digital "virtual" human body model. in the product The life cycle of the early interactive analysis of the ergonomic HBR tools provided include: human body model to generate gender and height percentage of the definition of ergonomic products generated ergonomics control technology. action generated and advanced visual simulation a user-friendly interface to ensure that the human factor analysis study by the non-human analysts. the HBR able to meet the design engineers from the car. plant design and electrical products industries. technical support for maintenance engineers and conceptual designers and other industry the needs of people. HBR and HAA (human behavior) HME was (human body model measuring the editor) and HPA (human posture analysis) combine to generate a more advanced human model. get a more detailed analysis of the results make the design more ergonomic comfort, functionality and security requirements. combination of these products can provide designers with ergonomic design detailed solutions.
CATIA V5 </strong > human behavior analysis ( HAA : of CATIA Human the Activity the Analysis ) as HBR auxiliary module can be man-machine interaction in a virtual environment-specific analysis. HAA the advantage of being able to accurately predict human behavior. It provides a variety of ergonomic and efficient analysis tools and methodologies can be a comprehensive analysis of the human all the factors in the process of interaction. CATIA V5 human body model measuring editing ( HME was : of CATIA Human The Measurements Editor ) allows designers advanced the human body through a lot of surveying tools to generate high-level user-defined human body model. The model relies on its designated target population can be used to evaluate the design of its target the degree of fit of the HME was able to meet the professional ergonomics analyst. technical support needs of maintenance engineers and other designers.
CATIA V5 human posture analysis (< / strong> HPA : CATIA Human Posture Analysis ) can be both qualitative and quantitative analysis of the ergonomics of the various postures throughout the body and the various postures of the people from all aspects of a comprehensive, systematic repeated testing and analysis to assess the driver's comfort and to announce the comfort of the database data to check record and replay the human body or the local position. to determine the relevant human comfort and maneuverability. user-friendly dialog to provide position information in all parts of the human body model, color coding techniques by using different color markers. fast find problem areas. make a re-analysis and posture optimization. the HPA allows designers according to their practical application to establish their own comfort and strength database design to meet different needs. for CATIA V5 record into the structural components ( the GPS : of CATIA Generative Part Structural Analysis ) has advanced pre-processing, solving and post-processing ability to provide a simple application and analysis environment for product design and analysis engineers allows the designer to the part for fast and accurate stress analysis and deformation analysis. GPS has a clear and automatic simulation and analysis capabilities. makes the initial stage in the design of spare parts to carry out repeatedly in the design and analysis calculation. to achieve the purpose to improve and strengthen the performance of parts. as analysis algorithms core module. GPS integrated analysis of a series of more advanced customizable professional-grade solving tool. allows the designer to complete the stress analysis required in the performance evaluation of the mechanical parts. vibration and exposure analysis for the solid part surface components and frame structural components can be implemented in the GPS structure analysis in a very intuitive environment. parts automatic stress analysis (including analysis of contact stress) and the modal frequency GPS adaptive technology support locally refined in the stress calculation. calculations also provides advanced analysis capabilities such as real-time dynamic profile.
CATIA V5 record into assembly structure ( of GAS : of CATIA Generative Assembly Structural Analysis ) to be inherited GPS core module of all the features allows designers to directly define the assembly can be called directly defined by ASD assembly connected to the analysis of GAS automatically complete the following procedure: each part automated meshing grid and will not be able to match the network grid connection automatically through a unique combination of mechanisms. stress analysis and vibration analysis of the structure of the various types of assemblies and through the established connection between the multi-part relationship. makes the whole analysis process. model each specific assembly relationships can be the perfect embodiment CATIA V5 Elfini structural analysis ( EST : CATIA Elfini Structural Analysis ) provides advanced analysis options to meet the analysts needs of EST inherits all the features of the GPS. It further gives the type of analysis and additional options to extend the GPS functionality for more advanced before. post-processing and analysis solver. EST used in conjunction with GAS. both to the parts structure analysis. assembly structural analysis as a integrated module EST combination of CATIA V5 in other design module provides a complete analysis specification, design changes will be directly reflected in the analysis of the results of the change so you can quickly complete the design of high-quality
<br / the> CATIA V5 deformation assembly tolerance analysis ( of TAA : of CATIA Tolerance Analysis of Deformable the Assembly ) to provide a single part tolerances and the use of deformation and assembly analysis of sheet metal assembly tolerance analysis and forecasting tools able to predict the sheet metal parts welded body (screw or hinged) tolerance consistency analysis forecasting process will take full account of the assembly processes and resources of TAA can be directly applied to the design stage to help designers to determine or verify the assembly process (assembly sequence or welding / riveting sequence). assembly tolerances. the structure of the geometric shape of the sheet metal with a variety of attribute values (for example, the thickness of material, etc.) can also be applied to the manufacturing stage. used to discover the need to correct the process error and can be combined with the sensitivity analysis to organize processing (such as increasing the number of new positioning device modified Welding order). integration of TAA with the CATIA V5 analysis environment. allows designers to be able to analyze not only the validity of impact of individual components but also to consider the deformation occurred throughout the assembly process. thus provide feedback. parts to optimize the design and assembly process optimization and comprehensive quality improvement become WD1 may. CATIA V5 welding assembly design ( <strong >: CATIA Weld Design ) provides designers with a fillet welding and butt welding. shovel edge welding groove weld and groove weld (V -. U-shaped and J-type), eight types of welding design methods and advanced welding processes used to create a welding and related annotation. welding. in a 3D digital prototype allows designers of digital pre-assembly. mass inertia. space reserved and engineering icons Note the detailed management.
CATIA V5 sheet metal design ( SMD < strong>: CATIA Sheetmetal Design ) Using specialized in sheet metal parts design techniques based on model features, including many of the standard design features such as ribs. between the imprint and sweep features allow designers to expand the non-sheet metal parts that expand the said concurrent engineering SMD can be directly from the draft or existing solid model can also work with before and after the CATIA V5 combination of application modules, such as Part Design Assembly Design and Drawings generation module such as, so to strengthen the exchange and sharing of information between the upstream and downstream of the design.
CATIA V5 Sheet Metal Processing and Design ( the SH1 : of CATIA Sheetmetal Product ) specifically applied to the sheet processing of the gold parts of the preparatory work can be converted to the 3D folded sheet metal model Machinable expand the model to provide workability check utility and other external sheet metal processing software interface for data exchange to provide a cover sheet complete solution of the metal parts of the entire process from design to manufacturing.
CATIA V5 bump die design ( the CCV </strong > : CATIA Core and Cavity Design ) allows designers to quickly and economically design used in the mold processing and the production of the die and punch . CCV can be associated definition of the mold embossing mold assessment parts molding. processing feasibility. and bump the detailed design of the mold template and its technical standards (availability of molding) can determine the parts can be processed quickly parting tool surface or solid parts can be divided into active with a slider and bump mold of the mold core allows designers to fill technology holes on the surface of the embossing mold. identify parting lines and parting surfaces.
CATIA V5 mold tool design ( the MTD : CATIA Mold, Tooling Design < strong>) by calling standard library of existing components or custom design to provide fast, low-cost plastic injection mold design tools including punch and die retaining plate defined the MTD support component instantiation. injection and cooling characteristics of the definition of mold design work for the definition and management of mold design. It provides a highly efficient design environment such as the parting line and parting surface design new types of mold parts mold simulation. assembly drawings generated and mold assembly. processing access capabilities to the standard catalog the (DME.DME-AMERICA.EOC.FUTABA.HASCO.MISUMI.NATIONAL.RABOURDIN and, STRACK etc.) based on mixed instantiated components and their associated holes. makes the automatic configuration of the mold parts and assemblies in the knowledge-driven environment. parts manufactured using the mold to establish a strong association. fast. the economy to create complex injection mold. CATIA V5 < strong> Advanced Processing and Design ( AMG, : CATIA the Advanced Machining ) can be in a single platform convenient for NC programming and machining complex 3D parts (for example: car body panel dies hydraulic torque converter blade molds, etc.) can provide machining operations covers the milling process, including fixed-axis machining from 2-axis to 5 axis machining process of CATIA V5, CNC machining design module provides designers with a set of processing programming. In addition to AMG also introduced a multi-axis side edge contour machining methods and advanced multi- axis machining methods.
CATIA V5 Turning Design ( of LMG : <strong > CATIA Lathe Machining ) is used to define the 3D shaft (rotary type) parts in the vertical or horizontal lathe, 2-axis turning point of the NC machining program. advanced automation and knowledge reuse features, especially for all types of shaft parts. to meet the industry of machining and assembly industries. as well as the need for turning the processing needs of all unemployed. CAM machining centers. LMG special emphasis on the product easy and high levels of processing capacity. so you can use as a standalone product at the workshop level.
CATIA V5 multi-axis surface machining design ( MMG : CATIA Multi-Axis Surface Machining ) be able to multi-axis mode to easily define complex processing three-dimensional parts curves and surfaces of the NC program. MMG, multi-axis surface machining operations. configure a variety of tool axis mechanism, including the tilt axis. can choose a variety of tool axis strategies including the dynamic of the knife shaft tilting to prevent the collision. quickly generate tool trajectory. can tool path generation simulation, material removal and editing closely linked MMG, particularly suitable for car electronics prototype and mold machining simulation to provide high-quality surface to 5-axis machining for the car. MMG, but also to meet the prototype processing. 5-axis machining and special cutting requirements. 5-axis machining to ensure that the processing of fast and accurate MMG, the easy to use and powerful processing capabilities so that it can be used as a separate product in the CAM machining centers a workshop. also well suited for the entire CAM machining centers.
CATIA V5 two-axis surface machining design ( PMG : CATIA Prismatic Machining ) 2.5-axis milling and drilling technology. model is easy to define and manage the 3D part 2 axis semi-milling and point machining NC program provides advanced processing knowledge reuse to support high-speed cutting technology tool can directly invoke external tool library. PMG, applicable specifically tooling and flat parts (prism). car manufacturing and assembly industry. easy-to-use and broad applicability of the processing capacity make it especially suitable for the workshop a CAM machining centers.
CATIA V5 <strong > design of three-axis surface machining ([/b] the SMG : of CATIA the Axis Surface Machining ) used to define 3-axis NC programs and management, specifically for 3-axis machining technology for the 3D geometry can easily define the 3-axis milling parallel machining and drilling operations can generate simulation (material removal) and analysis tool path-based graphics The intuitive user interface of the dialog box can be quickly defined tool path. real-time periodic updates (Instant Cycle Update Technology) tool path can be quickly updated. high-speed milling technology to support all operating tool can be easily created in the tool library and storage. through an integrated post-processor. SMG can generate NC code generation process from tool path definition. workshop processing documents can be generated as HTML-formatted file. closely with other CATIA V5 design module. it can effectively design changes and management of the SMG function covers the car's entire manufacturing process is especially suitable for the needs of workers. mold; also applies to the other surface machining process such as the prototype processing; can also be independently applied to CAM processing plant for the center. very suitable for large-scale manufacturing enterprises that demand high-quality short-period.
CATIA V5 STL rapid prototyping design ( < strong> STL [/b] : CATIA STL Rapid Prototyping ) provides by removing or restructuring of the triangular element. fill the hole as well as total or partial re- meshing features advanced tools to improve the grid quality. division of CAD data grid to quickly and accurately generate the STL file; STL file import existing display grid and analysis of its quality; can also trace partial set generated entities in the grid mesh split and merge the generated grid can be exported as a standard binary STL file for rapid prototyping machine.
CATIA V5 <strong > System reserved space design ([/b] the SSR : of CATIA Systems, Space Reservation ) can optimize the electrical system the layout and wiring provides a cost-effective method used to reserve space for pipeline and cable design. as well as review and verification. SSR definition includes the components and channel space reserved for the network. and isolation of these spaces pre- network to stay the whole process can be simple and intuitive user interface. can traditional 2D layout and 3D design modeling capabilities combined connection channel can also customize the surface channel can be dynamically generated in free space at any time. The powerful features enable designers can convert between any interface shape of the channel from the circular cross-section to rectangular cross section as the integration of scalable modules such as SSR assurance from the conceptual design space is scheduled to the basic design of the wiring seamless connectivity between and equipment placed. SSR is specifically designed for cars and other transportation industry. new solutions to help manufacturing enterprises to establish and manage their system layout, especially the electrical system.
< strong> CATIA V5 [/b] system layout design ( the SRT : of CATIA Systems, the Routing ) < / strong> is the conceptual design of application modules in accordance with all requirements early in the conceptual design to optimize their wiring design can optimize the layout of the piping systems for the transmission system. duct system. cable systems and drains system and other professional systems ability to system planners can reserve the necessary space for the ultimate functionality and detailed layout and the SRT allows to define a part or a layout design and the evolution of the real geometry or parts of this "evolution" allows designers to be able to freely at their own pace for the detailed design of the system layout and maximize the use of the achievements of the previous existing design. SRT from conceptual design to plant maintenance stage of the system composed of a strong and flexible and effective management also can design from concept to detailed design stage to continue to iterate over the layout definition in order to optimize the product
CATIA V5 equipment layout design ( EQT : CATIA Equipment Arrangement ) offers a range of tools using the industry standard specification. establish terminology and engineering practices. modify the industrial equipment manufacturing enterprise applications and systems analysis and management of these devices include boilers. lift. compressors, pumps, heaters. electrical equipment, mechanical, etc. It is mainly used in the production line. power and discrete processing manufacturing industries such as cars. the ENOVIA of data management combined with EQT, as designers from the original design to the whole process of manufacturing and plant operations management functions in a way to improve the flexibility of working methods of the EQT, focused able to intelligent capture equipment-related information, said management and more efficient design and verification. intelligent knowledge capture can be reused in the next process in the design process so that the entire design process with a more advantages CATIA V5 stent design ( HGR : CATIA Hanger Design ) to the designer a set of tools to quickly design (as defined in Place. modification and analysis) and used to support the 3D system (such as: piping and electrical systems) of the stent and in-stent cabling these tools using the industry-standard practices. terminology and experience. designers can custom stent properties and types of stents. attribute data standardization in order to query the summary and statistical reports. integrated with knowledge of the rules engine. HGR in the can be designed to verify and ensure that corporate standards throughout the design process, and implementing intelligent information capture follow-up process can be repeated application to enable customers to benefit from the entire business process. HGR in the tightly integrated with ECR provides a very easy in the pre- defined cable routing functions in the stent; tightly integrated with the SSR. allow the space required by the designer statement. used for interference checking. HGR in the comprehensive and flexible set features include an easy way of the definition of project standards and catalog this standards and catalog allows companies to quickly form productive. HGR with parametric stent library allows designers can be rapid and easy to create, modify and manage their own bracket arrangement