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Christian Belousov
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ICEM Surf: A Comprehensive Guide to Surface Modeling


What is ICEM Surf?




If you are looking for a powerful and versatile software tool for creating high-quality surface models, you might want to check out ICEM Surf. ICEM Surf is a leading curve and surface explicit geometry modeling tool that allows you to define, analyze, and visualize complex free-form shape CAD surface models.




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ICEM Surf is designed for product design processes in various industries such as automotive, aerospace, consumer goods, and press-tool design. It provides solutions for direct surface modeling, refinement, reconstruction, and scan modeling. It also offers advanced tools such as global modeling and industry-defined analysis tools that enable you to detect subtle surface problems and check for compliance with regulations.


ICEM Surf is not only a powerful modeling tool but also a creative one. It supports direct and dynamic modeling of free-form curves and surfaces in a high-end real-time rendering environment that facilitates your expression and desire to achieve optimal surface quality. It also has an ergonomic and intuitive user interface that supports optimized modeling workflows and an array of customer-defined functional capabilities that cater to your ever-changing demands.


How to install and configure ICEM Surf?




Before you can start using ICEM Surf, you need to install and configure it on your computer. Here are the steps you need to follow:


  • Check the system requirements for ICEM Surf. You can find them in the ICEM Surf Reference Manual or on the ICEM Surf website.



  • Download the ICEM Surf installation package from the Dassault Systèmes download portal. You will need a valid license and login credentials to access the portal.



  • Run the ICEM Surf installation package and follow the instructions on the screen. You can choose to install ICEM Surf in a default or a custom location.



  • After the installation is complete, you need to set up your license server and client. You can use the ICEM Surf License Manager to configure your license settings.



  • Launch ICEM Surf from the Start menu or the desktop shortcut. You can choose to start ICEM Surf in one of the three modes: ICEM Surf Core, ICEM Surf Advanced, or ICEM Surf Real-Time Rendering.



  • Customize your ICEM Surf preferences, interface, and environment according to your needs and preferences. You can use the Preferences dialog box to change various settings such as language, units, colors, fonts, mouse, keyboard, and toolbars.



How to use ICEM Surf for surface modeling?




How to create curves and surfaces?




One of the main features of ICEM Surf is its ability to create complex free-form shapes of Class-A quality. Class-A surfaces are smooth, continuous, and aesthetically pleasing surfaces that meet high standards of quality and accuracy. To create such surfaces, you need to use curves and surfaces in ICEM Surf.


Curves are one-dimensional entities that define the shape and direction of a surface. Surfaces are two-dimensional entities that define the area and orientation of a surface. In ICEM Surf, you can create curves and surfaces using various methods such as sketching, projecting, sweeping, blending, lofting, filling, and trimming.


To create curves and surfaces in ICEM Surf, you need to follow these steps:


  • Select the curve or surface creation tool from the Curve or Surface menu or toolbar.



  • Specify the parameters and options for the curve or surface creation tool in the dialog box or the prompt line.



  • Select the input entities such as points, curves, surfaces, or planes for the curve or surface creation tool.



  • Confirm the creation of the curve or surface by clicking OK or Apply in the dialog box or pressing Enter on the keyboard.



  • Modify the shape and properties of the curve or surface using the handles, manipulators, or property sheets.



How to modify and diagnose surfaces?




Another feature of ICEM Surf is its ability to modify and diagnose surfaces and existing designs. Modifying surfaces means changing their shape, size, position, orientation, or properties. Diagnosing surfaces means checking their quality, continuity, curvature, reflection, or compliance with regulations.


To modify and diagnose surfaces in ICEM Surf, you can use various tools such as move, rotate, scale, transform, align, extend, merge, split, offset, fillet, chamfer, smooth, optimize, heal, match, analyze curvature, analyze reflection, analyze gap and flush, and analyze regulations.


To modify and diagnose surfaces in ICEM Surf, you need to follow these steps:


  • Select the surface modification or diagnosis tool from the Modify or Analysis menu or toolbar.



  • Specify the parameters and options for the surface modification or diagnosis tool in the dialog box or the prompt line.



  • Select the input entities such as points, curves, surfaces, planes, vectors, or values for the surface modification or diagnosis tool.



  • Confirm the modification or diagnosis of the surface by clicking OK or Apply in the dialog box or pressing Enter on the keyboard.



  • View the results of the modification or diagnosis of the surface in the graphics window or in a separate window.



How to perform high-end visualization of surfaces?




A third feature of ICEM Surf is its ability to perform high-end visualization of complex free-form shape CAD surface models. Visualization means displaying and rendering surfaces in a realistic environment with various effects such as lighting, shading, materials, textures, backgrounds, and shadows.


To perform high-end visualization of surfaces in ICEM Surf, you can use various tools such as view, zoom, pan, rotate, fit, window, perspective, orthographic, wireframe, shaded, rendered, lighting, texture, background, and shadow from the View or Render menu or toolbar.


To perform high-end visualization of surfaces in ICEM Surf, you need to follow these steps:


  • Select the surface visualization tool from the View or Render menu or toolbar.



  • Specify the parameters and options for the surface visualization tool in the dialog box or the prompt line.



  • Select the input entities such as points, curves, surfaces, planes, vectors, images, or files for the surface visualization tool.



  • Confirm the visualization of the surface by clicking OK or Apply in the dialog box or pressing Enter on the keyboard.



  • View the results of the visualization of the surface in the graphics window or in a separate window.



How to use ICEM Surf add-on modules?




How to use the advanced module?




In addition to the core module, ICEM Surf also offers an advanced module that allows you to create more complex and sophisticated surface models. The advanced module provides you with tools such as global modeling, parametric modeling, and hybrid modeling.


Global modeling is a technique that allows you to create and modify surface models using global deformations. You can use global modeling tools such as bend, twist, taper, stretch, and warp to apply global transformations to your surface models.


Parametric modeling is a technique that allows you to create and modify surface models using parametric constraints. You can use parametric modeling tools such as sketcher, constraint manager, and feature manager to define and edit parametric features and constraints for your surface models.


Hybrid modeling is a technique that allows you to create and modify surface models using both explicit and implicit geometry. You can use hybrid modeling tools such as convert, extract, project, intersect, and boolean to combine and manipulate explicit and implicit geometry for your surface models.


To use the advanced module of ICEM Surf, you need to follow these steps:


  • Select the advanced module from the ICEM Surf start menu or desktop shortcut.



  • Select the global modeling, parametric modeling, or hybrid modeling tool from the Global Modeling, Parametric Modeling, or Hybrid Modeling menu or toolbar.



  • Specify the parameters and options for the global modeling, parametric modeling, or hybrid modeling tool in the dialog box or the prompt line.



  • Select the input entities such as points, curves, surfaces, planes, vectors, values, features, or constraints for the global modeling, parametric modeling, or hybrid modeling tool.



  • Confirm the creation or modification of the surface model by clicking OK or Apply in the dialog box or pressing Enter on the keyboard.



  • Modify the shape and properties of the surface model using the handles, manipulators, or property sheets.



How to use the analysis module?




the analysis module that allows you to perform various types of analysis on your surface models. The analysis module provides you with tools such as curvature analysis, gap and flush analysis, reflection analysis, and regulation analysis.


Curvature analysis is a technique that allows you to measure and visualize the curvature of your surface models. You can use curvature analysis tools such as curvature plot, curvature comb, curvature histogram, and curvature deviation to display and evaluate the curvature values and distribution of your surface models.


Gap and flush analysis is a technique that allows you to measure and visualize the gap and flush between your surface models. You can use gap and flush analysis tools such as gap and flush plot, gap and flush comb, gap and flush histogram, and gap and flush deviation to display and evaluate the gap and flush values and distribution of your surface models.


Reflection analysis is a technique that allows you to measure and visualize the reflection of your surface models. You can use reflection analysis tools such as reflection line, reflection plane, reflection sphere, reflection cylinder, and reflection cone to display and evaluate the reflection quality and continuity of your surface models.


Regulation analysis is a technique that allows you to measure and visualize the compliance of your surface models with various regulations. You can use regulation analysis tools such as pedestrian protection, rear visibility, head impact, luggage compartment, and bumper test to display and evaluate the compliance status and results of your surface models.


To use the analysis module of ICEM Surf, you need to follow these steps:


  • Select the analysis module from the ICEM Surf start menu or desktop shortcut.



  • Select the curvature analysis, gap and flush analysis, reflection analysis, or regulation analysis tool from the Curvature Analysis, Gap & Flush Analysis, Reflection Analysis, or Regulation Analysis menu or toolbar.



  • Specify the parameters and options for the curvature analysis, gap and flush analysis, reflection analysis, or regulation analysis tool in the dialog box or the prompt line.



  • Select the input entities such as points, curves, surfaces, planes, vectors, values, or regulations for the curvature analysis, gap and flush analysis, reflection analysis, or regulation analysis tool.



  • Confirm the execution of the analysis by clicking OK or Apply in the dialog box or pressing Enter on the keyboard.



  • View the results of the analysis in the graphics window or in a separate window.



How to use the scan module?