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White Paper

Breitband-Vibroakustik zur Vereinfachung der Modellierung und zum Beschleunigen von Simulationen

Simcenter 3D Akustik
Die Akustikmodule der Software Simcenter™ 3D von Siemens Digital Industries Software enthalten zwei wichtige innovative Technologien: die adaptive Finite-Elemente-Methode und AML (Automatically Matched Layer). Sie vereinfachen die Modellierung, während Probleme bei der Wellenausbreitung gelöst und vibroakustische Simulationen beschleunigt werden. Mit diesen Technologien können breitbandige Vibroakustikprobleme von einem Spezialisten für Akustiksimulation und einem Analysten für allgemeine Finite-Elemente (FE) auf einfache Weise simuliert werden.

Innovative acoustic modeling technology

Finite element method with adaptive order (FEMAO) and automatically matched layer (AML) are acoustic modeling technologies that help eliminate the complexity of solving broadband vibro-acoustic problems. FEMAO uses a high-order FEM method in conjunction with a priori error indicator. AML is a flexible and efficient wave-absorbing method for free-field exterior acoustic applications. Both help eliminate the key mesh-based disadvantages of standard FEM.

Acoustic scattering of a submarine

Unsure about these innovative acoustic modeling technologies? The white paper goes through two examples to demonstrate their computational efficiency and accuracy. The first looks at the acoustic scattering of a submarine. The full details are outlined in the white paper.

Pass-by noise simulations

The second example using these acoustic modeling technologies involves an automotive pass-by noise simulation. Automotive pass-by noise is subject to a new regulation that will impact the vehicle development process, making technologies like FEMAO and AML important.

Download the white paper to get all the details on how FEMAO and AML help simplify and speed up your marine design process.

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