F1 / COMPUTATIONAL FLUID DYNAMICS
Never before have the tools of innovation been so accessible. At the same time, the downside risks of product failure still persist. If a lack of knowhow in fluid dynamics and engineering simulation are standing in your way, we can help.
The products are more complex than ever before. Product designers and engineers are forced to reckon with how phenomena related to fluid dynamics, structural dynamics, heat transfer, and electromagnetics interact. At the same time, a single product failure can permanently damage an organization’s reputation and negatively impact future sales. Getting it right the first time has never been so important, nor so challenging.
An approach relying solely upon physical prototyping and testing is expensive, time-consuming and limiting. The modern alternative is engineering simulation. With simulation, engineers and product designers can digitally test the performance of hundreds of designs and fully understand exactly how and why a design performs in any given scenario.
On average, companies that lean heavily on simulation get products to market 50% faster, with lower development costs and with fewer product recalls than their competitors who don’t.
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Computational Fluid Dynamics (CFD) is a technology used to predict fluid flow, heat and mass transfer, chemical reactions and other related phenomena. It delivers the most accurate predictions without compromise and has been validated across a wide range of complex industrial problems. It is known to cut down on product development cycle times by over 50% by eliminating or reducing the need for experimental prototypes.
