The educational materials in our collection are designed for engineering and design professionals, students, and educators. These comprehensive tutorials provide in-depth guidance on using advanced tools and methodologies for optimized design processes and innovative product development. With step-by-step instructions, real-world examples, and insights from industry experts, these resources help users expand their knowledge, improve their skills, and stay ahead in the competitive world of engineering and design.
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Design simulation is a valuable tool for students studying engineering, architecture, and other related fields. It allows them to create virtual models of their designs and test them in a controlled environment before they are built in the real world. This helps students to refine their designs, identify potential issues and flaws, and make necessary adjustments to optimize their designs for performance and efficiency. By using design simulation software, students can gain practical experience and develop skills that are highly valued in the workforce.
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Discover how instructors utilize Interactive Physics to enhance learning experiences across educational levels. From fostering inquiry-based learning in middle school to unveiling novel physics concepts in college, Interactive Physics empowers students to transform into expert scientists.
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Engineers working on mechanical designs involving movement understand the challenges of assessing a design's effectiveness without constructing and testing a prototype. Although dynamic motion simulation technology has existed for some time, it typically comes in the form of costly products that demand extensive training and frequent usage to attain mastery. DST offers a trio of dynamic motion simulation solutions that tackle these obstacles by providing user-friendly, cost-effective alternatives.
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Optimized Solutions for Solid Edge
SimWise 4D stands as the most cost-efficient simulation tool integrated with Solid Edge. It enables bi-directional transfer of parts, assemblies, assembly relations, design variables, and dimensions from Solid Edge to SimWise. Once in SimWise, users can add simulation-specific information, resulting in a fully functional virtual prototype that allows a wide range of simulations to be executed using data from Solid Edge.
Should modifications be made to the Solid Edge model, these changes can be transmitted from Solid Edge to SimWise, where the updates will be incorporated into the SimWise model without affecting any simulation-specific information previously added. This seamless integration facilitates an efficient and dynamic design process, allowing engineers to quickly iterate and optimize their creations.
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Optimized Solutions for SOLIDWORKS Users
For those who design moving assemblies using SOLIDWORKS, SimWise 4D provides a comprehensive suite of simulation capabilities seamlessly integrated with the SOLIDWORKS platform. SimWise 4D offers a wide range of simulation features, including 3D Dynamic Motion Simulation, Finite Element Analysis (FEA), Optimization, Fatigue Life Calculations, and compatibility with Control System simulation software.
As the most cost-efficient simulation tool integrated with SOLIDWORKS, SimWise 4D facilitates bi-directional transfer of parts, assemblies, assembly mates, design variables, and dimensions between SOLIDWORKS and SimWise 4D. Within SimWise 4D, users can add simulation-specific information to create a fully functional virtual prototype, enabling them to run various simulations using data from SOLIDWORKS directly.
This seamless integration allows engineers and designers to efficiently assess and optimize their creations within the familiar SOLIDWORKS environment. By utilizing the extensive simulation capabilities of SimWise 4D, users can gain valuable insights into the performance of their designs, identify potential issues early in the development process, and make data-driven decisions to improve their products. This streamlined workflow ultimately leads to more reliable and high-performing solutions in the competitive engineering and design market.
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For engineers and designers using Simscape Multibody from Mathworks, integrating mechanical models defined in a CAD system can be a complex and time-consuming task. This process involves translating the CAD model to Simscape Multibody, ensuring that the multibody model performs as intended, and managing updates to the CAD assembly throughout the development process.
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