UG uses basic module introduction (5)

UG/Scenario for Motion+ (UG Sports Agency)

The UG/Scenario for Motion + Motion Mechanism module provides mechanism design, analysis, simulation, and document generation capabilities to define mechanisms in the UG solid model or assembly environment, including hinges, linkages, springs, damping, initial motion conditions, and other institutionally defined elements. The well-defined mechanism can be directly analyzed in UG, and various researches can be performed, including options such as minimum distance, interference check, and trajectory envelope, while actually simulating the motion of the mechanism. The user can analyze the reaction force and plot the combined displacement, velocity, and acceleration curves. The reaction force can be input into the finite element analysis and a comprehensive library of structural motion connection elements can be provided. UG/Mechanisms is seamlessly connected to MDI/ADAMS, allowing pre-processing results to be passed directly to MDI/ADAMS for analysis of UG/Routing (UG piping design)

The UG/Routing Piping Design Module provides pipeline centerline definitions, piping standard components, design criteria definitions, and inspection functions for piping layout and design in UG assembly environments, including hard, hosed, and buried trenches. Connector and fastener design. The module automatically generates key data such as pipe schedules and pipe lengths for interference checking. The system itself includes more than 200 series of standard pipe parts library, which can be added or changed by the user as needed. The user can also design or modify the criteria, and the system will automatically check according to the defined rules (such as minimum bending radius, etc.).

UG/Wiring (UG electrical wiring)

The UG/Wiring Electrical Wiring Module is a 3D design tool for generating electrical wiring data. This module provides electrical wiring designers, mechanical engineers, electrical engineers, and technicians with the ability to generate virtual prototypes of electrical wiring systems. The module accepts logical connection information generated by the schematic design module to automatically calculate cable length and bundle diameter. This module converts the wiring center into a solid for interference checking. UG/Harness also provides automatic inspection of bend radius and automatic generation of material detail functions UG/Die engineering (UG stamping die engineering)

UG/Die Engineering mold engineering is a module developed by UG for automotive sheet metal stamping die design. Its functions include stamping process definition, stamping process part design, such as process addendum design, tensile die surface Design, etc., to help users complete the design of stamping dies UG/in-Shape (UG reverse engineering)

UG/in-Shape is a software module for reverse engineering launched by UG. The theoretical basis is the technical foundation of Paraform. It uses a method called “rapid surfacing” to provide a convenient set. The toolset, which receives a variety of data to construct surface models, is currently being adopted by companies such as GM, Ford, Lear, Boeing, Trim System Inc., and its applications and features include: - Rapid Surfacing 3D scan data, quickly generate a polygon representation or a model of NURBS expression - Processing point cloud data Convert various data such as machining data, CMM points, etc. into a polygon representation or a surface model of NURBS expression - Reverse engineering Receive 3 D scan data, constructed to use Polygon representations for evaluation, processing, and editing of UG or models for NURBS representation - Mirroring Mirroring or Stakeout - Multiple resolution models generate model versions for the same data set that are adapted to different uses, such as a version of tooling design and a version of FEA Finite element analysis, etc. - Legacy data processing straightens IGES data from other systems Converting to UG Surfaces - Vendor Verification & QA Inspection Testing - Preparation for engineering analysis Converting scan data into a model for polygon representation or NURBS representation for finite element analysis - Design for Manufacturing Evaluating parting lines, areas not processed Etc. - Manufacturing analysis analysis of tool wear, material rebound, etc. - Tooling modification and repair tooling modification and repair - Surface quality verification.

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