Why You Shouldn’t Model But Simulate Instead

By Author: robert fogartys
Total Articles: 62
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One of the best features when it comes to working with a 3D application instead of traditional CAD programs is the use of simulation model software. It makes more complex objects, in most cases, very simple to mesh from opacity and bump mapping. You’re able to create a real like illusion.
Framing materials and material types use mathematical algorithms based on the luminance or brightness values of a 2D bitmap that gives the illusion of raised surfaces without adding to the complexity of the mesh. This option uses the visible edges of the object’s mesh to simulate varying width. The 2D figures can be imported from a traditional CAD program in order to give you more accuracy. Importing information of the 2D and creating the object in 3D offers both control and efficiency.
The advantages of using these types of mapping is to help you keep a low vertex and face count while making the objects in faster times. The extrusion’s side profile matches the profile shape. This accomplishes the proper shape, form, and quality of the object. It also enables one to do any adjustments necessary to the material or the mathematics.
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... The best way to understand the benefits of a 3D application and a simulation model is to understand what they bring to the industrial and mechanical modeling process. It enables you to learn how to solve common design problems, while being able to make a flexible connection between the stationary and moving object. It enables your business to cut costs and reduce the resources of expensive traditional CAD. One can eliminate physical prototyping, while enhancing the accuracy and quality of a customer’s product. Since this type of software enables those who are not CAD experts view and understand the concept of their product, communication between customers, manufacturers, and designers is also enhanced. A business can reduce costs by getting products to market much sooner than they could, using prototypes and traditional CAD methods.
A simulation model is useful when the following are in existence:
• When an existing system has been changed and needs to be analyzed.
• When a proposed system doesn’t already exist.
• When the improvement to a system’s performance needs to be quantified.
• When the analytic methods are not a workable solution.
Thanks to recent advances in information technology, gives businesses the opportunity to improve their productivity of simulation model development and deployment. The software enables development that’s intended to enable rapid and cost-effective deployment in distributed environments. The only method that can be realistically considered for an application is modeling and simulation, which has been identified as one of the critical technologies in the US. The power of this type of modeling used as an analysis tool for planning, designing, and controlling complex systems has become very well established and is considered an indispensable problem solving tool today. There’s no doubt that a simulation model as an analysis tool will grow in importance for businesses.