1/29/2024 0 Comments Free comsol downloadTo run their models and simulations, users can leverage cloud computing on Amazon EC2 in three ways: as a virtual machine, as a cluster computing environment for large distributed problems, and as a platform to run massively parallel parametric studies. Users with a floating network license simply upload their COMSOL executable and their model to Amazon EC2. Subscription fees will apply going forward.Ĭluster Sweep in the Cloud Boosts Simulation SpeedĪdding a completely new dimension to the COMSOL modeling and simulation experience, Version 4.3a extends its support for cloud computing to Amazon’s Elastic Compute Cloud (Amazon EC2).Īmazon EC2 delivers a scalable, pay-per-use compute capacity that can save users the expenses associated with purchasing and maintaining high-end workstations or in-house cluster networks, both of which are often underutilized.Įxecuting a complex multiphysics analysis on Amazon EC2’s high-end hardware is easy too. Users with current COMSOL subscription as of October 1st, 2012, will receive LiveLink for Excel free of charge. “LiveLink for Excel offers huge benefits for companies just now adding multiphysics-capable simulation tools throughout their design teams,” adds Gregersen.“Through the new LiveLink for Excel connection and our interfaces with major CAD packages, COMSOL fits right into their workflow.” Users can then insert these plots into an Excel worksheet with just a single mouse-click. LiveLink for Excel also allows users to save and load Excel spreadsheet files of experimental, validation, calibration, and other data related to a simulation from within COMSOL.Īdditionally, in a separate window, LiveLink for Excel presents simulation results through interactive 3D plots. From within Excel you can now access parameters, variables, geometry model, meshes, visualizations, and results.” “It’s a whole new user-experience that provides a fresh new way for users to control a multiphysics model. “Users of LiveLink for Excel will appreciate the new ribbon toolbar in Excel,” says Gregersen. Parameters and variables used in the COMSOL Multiphysics model are available for editing in Excel instantly, and any edits to those parameters and variables in Excel can then be synchronized with the COMSOL model with a click of a button. From this tab users can control a COMSOL model. LiveLink for Excel works by adding a COMSOL tab to the new ribbon toolbar in Excel. Gregersen continued, “With LiveLink for Excel as well as the new tools and extension modules in Version 4.3a, not only have we expanded the COMSOL simulation platform, we have further strengthened the role of multiphysics simulation in the product design tool chain.” “LiveLink for Excel is a game changer that brings multiphysics to engineers and scientists everywhere,” says Lars Gregersen, Technical Product Manager at COMSOL. Version 4.3a’s new LiveLink product for Microsoft Excel enables users to run COMSOL Multiphysics directly within Excel, significantly simplifying the workflow of simulation. Multiphysics Simulations and Excel Spreadsheets Linked New modules for analyzing fatigue and for importing ECAD files make their debut in Version 4.3a as does the new LiveLink for Solid Edge®, a CAD software from Siemens PLM Software.Īdditionally, every one of the more than 30 application-specific COMSOL add-on modules for mechanical, electrical, fluid, and chemical modeling and simulation sees major new upgrades.ĬOMSOL Multiphysics 4.3a will be available for download starting October 8. Version 4.3a also further extends the ability of engineers, scientists, and researchers to leverage multiphysics to design and optimize breakthrough products and technologies anywhere from the desktop to the cloud with new support for cluster computing on the Amazon Elastic Compute Cloud™ (Amazon EC2™). With version 4.3a and in response to user requests, COMSOL introduces LiveLink™ for Excel® to connect multiphysics results with spreadsheets. COMSOL has introduced Version 4.3a of COMSOL Multiphysics®, its flagship software for modeling and simulating physics-based systems.
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