Your SOLIDWORKS designs are always evolving. But how would you know if they're going to work for you to experience work? Simulation powered by the industry leading abacus solver, gives you the ability to virtually validate complex designs while minimizing the need for physical prototypes. Built in collaboration tools make it easy to document and track issues in your design and manage and coordinate your tasks with your team. Let's see how you can use multi physics simulation to analyze different areas of your design and ensure your customer gets the best product. Weight, material and manufacturing considerations drive design changes all of the time, but you need to ensure that the structural performance of your design still meets your requirements. The assistant panel makes it easy for you to setup simulations. You can select a material from the comprehensive library and apply boundary conditions and loads to replicate real world scenarios. Once the results are generated, you can view a variety of different plots such as factual safety, to validate your changes. Designs often experience different types of load that require different types of simulation. For example, we can investigate the effects of dynamic loading, such as random vibrations ins using a random vibration study. It's easy to define the bounding frequencies of the analysis and characterize the loading of the curve. Stress and displacement results give you insight into how your assembly behaves during random excitation and gives you the confidence you need to move the best design forward. Sharing your designs and working with your team is easy, with the built in collaboration tools. Sometimes a linear static simulation is just not enough. Cyclic loading can create fatigue related failures that are hard to predict. Now we're free to experience work simulation. You can easily and more accurately validate the life span of your parts and assemblies. The built in material library allows you to select materials with comprehensive fatigue data, or you can create your own. You can define boundary conditions and apply loads. And the onscreen graphics let you know that the forces are going in the right direction. The results show when and where your parts will fail, even for low cycle fatigue. We've tight integration between SolidWorks and 3D experience work simulation. You can easily make design changes and rerun the simulation without having to import and export different file types. You can compare results and see how informed design changes can maximize the lifespan of your pass. Understanding how plastic flows in mold cavities is critical to the quality of your injection molded paths. Historically, years of experience has been the only way to avoid costly defects and tooling rework for inexperienced work. Simulation puts powerful plastics analysis tools into the hands of your engineers. You can apply materials from the built in comprehensive and continuously updated plastics, library and injection molding parameters. The setup tools allow you to automatically find and establish gate locations, or you can specify your own. Right away you can see some heavy sink marks which are not desirable in high quality paths. This insight helps to guide your design decisions to ensure optimal surface quality and maintain design tolerances. When the plastic cause, it shrinks and warps and you need to know by how much we've sophisticated, warped calculation, you can now accurately adjust your design to maintain fit, form and function. Validating your plastic components eliminates costly and time consuming mold changes, and gives you the confidence to enter high volume production. When streamlining your design for better aerodynamics, you want to understand how airflow is around it. Powerful fluid dynamics capabilities within 3D experience. Work simulation allows you to easily define the boundaries of your study, set the wind speed and use powerful hex dominant meshing to accurately mesh complexes assemblies The high power cloud computing allows you to easily scale your resources to tackle complex simulations. You can explore flow velocities, pressure fields and streamlines to help you validate the fluid behavior in and around your design so you can maximize the battery life and increase rider efficiency. More and more devices are connected through wireless technologies like Wi-Fi, Bluetooth and cellular networks. Connectivity performance is a crucial design aspect of electromagnetic devices. Powerful CST Studio Suite Technology available within 3DExperience work simulation allows you to simulate placement of such devices when they come into contact with each other by reviewing file fields and electric field plots of different positions and orientations. You can make informed decisions on how antenna placement and materials can affect connectivity. This enables you to visualize performance and optimize signal integrity. With 3DExperience work simulation, you have the power to solve complex design challenges fueled by the industry leading abacus solver. You have access to powerful multi physics simulation capabilities to allow you to virtually validate your designs and confidently move forward with your best ideas.