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Aerodynamics

Strict fuel economy and emissions regulations are placing increased importance on efficient aerodynamic design. Getting the design right as early in the process as possible will not only affect overall packaging, but the brand image too. To bring more efficiency into the development process of external aerodynamic parts, the use of CFD as a tool in the evaluation and understanding of aerodynamic performance becomes more and more important.

Siemens PLM Software offers best-in-class 3D CFD capability to help you understand the aerodynamic impact of design changes as you pursue increasingly tough performance targets.

Strict fuel economy and emissions regulations are placing increased importance on efficient aerodynamic design. Getting the design right as early in the process as possible will not only affect overall packaging, but the brand image too. To bring more efficiency into the development process of external aerodynamic parts, the use of CFD as a tool in the evaluation and understanding of aerodynamic performance becomes more and more important.

Siemens PLM Software offers best-in-class 3D CFD capability to help you understand the aerodynamic impact of design changes as you pursue increasingly tough performance targets.

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By optimizing the aerodynamic performance of your vehicle from early in the design process, you can minimize the amount of fuel required to overcome aerodynamic resistance, and also reduce the impact of its acoustic signature on passengers and pedestrians. The use of best in class CFD tools will allow more design iteration upfront, so that the aerodynamic performance is at an advanced stage of refinement before progressing to wind tunnel validation.

Our Siemens PLM Software solutions have automatic shape optimization capabilities that guide you through making intelligent design decisions when deciding between trade-offs such as internal cooling requirements and external drag and the multi-physics capability allows water management and soiling analysis from within the same software.

Webinar na żądanie

3 potwierdzone scenariusze dotyczące aeroakustyki i aero-wibroakustyki, które pozwalają przewidzieć poziom hałasu

Korzyści z wykorzystania modeli lean elementów skończonych w celu określenia hałasu wywołanego przez wiatr, wiatraki oraz system HVAC

Obejrzyj webinar

Możliwości rozwiązania

Explore the key areas of this solution.

Aero-acoustics

Flow induced noise is a significant component of the acoustic signature of a vehicle (or other product). Simcenter  offers an extensive library of accurate models for predicting aeroacoustics noise sources, including: steady state models, direct models (DES/LES), propagation models and acoustic perturbation equations (APE) solver. 

Simcenter supports hybrid aero-acoustic methods in which at first, a CFD simulation is used for capturing flow turbulences, which are translated into aero-acoustic sources to be plugged into a second acoustic (FEM) simulation model. The latter then predicts the acoustic propagation of these sources, including reflections and absorption in the environment. As such, for instance the cooling noise of electronic equipment of the HVAC noise in a car can be predicted.

Elektryfikacja pojazdów

Elektryfikacja pojazdów jest jedną z głównych sił napędowych obecnej rewolucji w branży motoryzacyjnej. Konstruowanie pojazdów elektrycznych szybko i z zyskiem, a przy tym w sposób atrakcyjny dla konsumentów to niełatwe zadanie. Oferujemy zintegrowane i precyzyjne narzędzie do tworzenia cyfrowych bliźniaków pojazdów elektrycznych, odpowiadające na wyzwania we wszystkich powiązanych dziedzinach. Nasze najlepsze w swojej klasie rozwiązania ułatwiają producentom samochodów elektrycznych i ich dostawcom skrócenie czasu rozwoju produktu i opracowywanie rozwiązań wysokiej jakości, z jednoczesną możliwością łatwego dostosowywania się do zmian na każdym etapie procesu.

Fluid Dynamics Simulation

Simulate almost any engineering problem that involves the flow of liquids, gases (or a combination of both), together with all of the associated physics.

Multiphase Flow

Accurately represent the physical behavior of the different fluid and solid phases and capture the real-world performance of your product.

Particle Flows

Simulate the motion of a large number of interacting discrete objects (particles), such as the granular flow of aggregates, food particles, metal powders, tablets and capsules, and wheat or grass.

Reacting Flow

Get insight into the interactions between turbulent flow field and underlying chemistry of reacting flows to improve the trade-off between the performance and emissions for different operating conditions.

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