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Abstract Modeling as the easiest way to automate (CFD) pre-processing.
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This video presents the capabilities of DEEN product on design and engineering simulation engineering.
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This video demonstrates post processing using META. This includes the creation of cut planes, streamlines, report generation, along with insight on how to automate the process.
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Engineering simulation is a term associated with prediction (or calculation) of non-linear, mathematical equations that can't be solved on a piece of paper. Engineering simulation is used in many industries such as Aerospace, Oil & Gas, Automotive, Electronics Design to make critical decisions while saving money.
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Computational Fluid Dynamics (CFD) has proven to be a feasible and faster way of approaching building design virtually. Simulations can be used at multiple stages of a building design starting from microclimate assessment using building massing, selection of ventilation components, occupant comfort assessments, and analysis to check for regulatory compliance.
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Simulating fluid flow and heat transfer phenomena with satisfying accuracy is an incredibly complex task generally achieved using CFD. ColdStream is not an exception to this rule and runs all simulations and optimizations through CFD calculations. But solving physical equations simultaneously for millions or even hundreds of millions of small discrete portions of space is a task of complexity well beyond what an average computer can do.
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Flow Science’s FLOW-3D 2022R2 Product Family has a unified solver that allows access to the features of OpenMP/MPI hybrid parallelization, whether running on an HPC cluster or an engineering workstation.
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Hardware makers explain how they use analysis to configure their products.
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RavenCFD (computational fluid dynamics) is a full three-dimensional Navier-Stokes flow solver for compressible viscous flows on unstructured grids. RavenCFD is tailored for robust steady-state and time-accurate solutions for a variety of multi-dimensional flows.
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A typical SimScale application is the analysis of electronics enclosures for thermal management, specifically, scenario testing multiple cooling strategies. Fan behavior can be simulated in several ways in SimScale.
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Watch how SIMULIA helps to optimize engineering designs in the Aerospace and Defense industry. Our software solutions can simulate normal cruise conditions, as well as dynamic conditions such as takeoff and landing, buffeting, and aerodynamic degradation from icing conditions.
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SimScale's cloud platform, offering ease of use for complex geometries, automatic contact detection, automated meshing and virtually limitless scaling capabilities for CHT industrial–scale problems that often involve complex geometries.
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Despite some holdouts, most simulation providers have woken up and smelled the graphics cards.
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This on-demand webinar will present a real-life case study with Hazleton Pumps, showcasing: Validations that prove the speed and accuracy of CFD simulations with SimScale and
how to generate automated performance curves via rapid, parametrized design iterations.
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This blog provides a brief overview of CFD, its history, applications, and the theory behind it.
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Read about a new app that helps HVAC designers solve these problems better and faster by making state-of-the-art simulation technology more accessible than ever before.
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An optimum HVAC system provides occupant thermal comfort and good indoor air quality throughout the year, irrespective of the outside weather conditions. Besides achieving these performance criteria, HVAC systems should also be energy efficient.
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Simulation specialist Hexagon says it has demonstrated how complex CFD simulations, that were previously too time consuming and expensive to consider, can be achieved using capabilities derived from the world’s fastest supercomputer.
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The main task of a design engineer is design, not simulation. However, a design engineer needs simulation to be competitive. Watch this video to see how you can be a more competitive design engineer by incorporating CFD simulation into your design process using Simcenter FloEFD.
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In offshore engineering, CFD has found a niche area in offering both insights and foresights for complex problems.
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Computational fluid dynamics (CFD) is a science that, with the help of digital computers, produces quantitative predictions of fluid-flow phenomena based on the conservation laws (conservation of mass, momentum, and energy) governing fluid motion.
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This webinar series discusses how to improve the accuracy of CFD simulations by leveraging multiphysics methods available from Hexagon. In one example, the use of multiphysics and CFD yielded accurate aircraft flutter analysis within 2% of physical experimental results.
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In product development, CFD enables the design of products and systems that meet requirements for fluid flow and heat transfer. This blog post discusses how this works.
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E-Book: Accelerate product innovation by enhancing fluid and thermal performance in the early design phase.
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Paper: A two-year study by Jin Xu and William W. Liou, PhD, Department of Mechanical & Aerospace Engineering / Computational Engineering Physics Lab, Western Michigan University and Yang Yang, Cook Research Incorporated
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Computational fluid dynamics (CFD) is an aspect of multiphysics system analysis that undertakes simulating the behavior of fluids and their thermodynamic properties using numerical models.
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Engineering Simulation is used in many industries such as Aerospace, Oil & Gas, Automotive, Electronics Design to make critical decisions while saving money. For the Data Center industry, it predicts airflow and temperature distribution regardless of the status of the site.
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Computational fluid dynamics, or CFD, is moving toward democratization. Once the province of a subset of specialists, CFD is now reaching an ever-greater population of engineers.
