The sounds a product makes directly impact on user experiences. Sounds create strong emotions — positively or negatively — that reinforce brand identity. The difficulty of predicting acoustic results means that a single engineering mistake can prove costly to the final product, making Ansys Acoustics Analysis a powerful solution to ensure optimal acoustics and a successful end product.
Ansys Acoustics Analysis
Acoustics Sound Design and Analysis
Ansys Acoustics Analysis
High Level Features
Ansys Acoustics Analysis helps optimize sound from the first steps of product development. By applying this acoustic modeling software, you can have best-in-class tools at the ready to deliver top-quality user experiences that blend optimal functionality with pristine acoustics. By predicting the acoustic effects of a given product configuration at the earliest stage of design, you maximize your acoustic benefits while minimizing time, costs and rework. Test and validate the future soundscape of your product, such as electric vehicles, via simulation to ensure the desired acoustic experience.
Acoustic Simulation Products
將多物理模擬與聲學測試結果相結合，在早期階段預測和微調產品聲學設計，並且不斷改進。
- 聲音分析與聲學計算
- 符合心理聲學標準的音質
- EV 和 ICE 引擎的主動聲音設計
- 聆聽聲學 CAE 模擬
- 透過應急測試感知聲音
- 3D 聲音模擬器
領先業界的流體模擬軟體，可用來預測流體流動、熱和質量轉移，以及化學反應。
- 計算因不穩定壓力波動引起的噪音
- 使用 Ansys Sound 聆聽您的模擬
- 解析聲學模擬
使用有限元分析(FEA) 進行結構分析的動態整合平台。
- 執行結構分析
- 研究振動結構元件所造成的雜訊
- 研究系統的聲學效能
- 使用Ansys VRXPERIENCE 聆聽您的模擬
- 解析聲學模擬
- Mechanical 可連接至 Maxwell 以模擬電動馬達的雜訊
此種用來分析剛性和柔性物體的多體動力學解算器，可透過對整個系統的分析，準確評估物理事件。
- 執行齒輪系系統的刺耳聲和敲打噪音分析
- 使用 Ansys VRXPERIENCE 聆聽您的模擬
- 解析聲學模擬
與 Ansys Mechanical 整合的明確模擬工具。大量的功能和材料模型可使複雜的模型具有極大的可擴展性。
- 頻率域分析
- 疲勞分析
- NVH 分析及耐用性分析
- 使用 Ansys VRXPERIENCE 聆聽您的模擬
- 解析聲學模擬
July 2023
What's New
In 2023 R2, Ansys Sound updates include software exposure in Python and C++, the ability to export Motion CAE vibration files directly into Ansys Sound for post-processing, and new sound source availability for broadband noise.
Capabilities
Discover multiple aspects of your products’ acoustic properties through in-depth testing, simulating and analyzing, all with the goal of improving a final design early in the development process.
Based on real test measurement or acoustic CAE simulation, listen and separate the sound sources, to then analyze the sound and improve the sound quality.
E-motor optimization means you can simulate the noise radiated by the e-motor and optimize designs according to acoustic KPI or sound quality criteria.
Through vibro-acoustic and CFD simulations, you can listen to the sound of your virtual prototype and optimize the acoustic performance and sound quality at the beginning stages of the design process.
Along with qualitative testing, acoustic design includes real-world perception—something Ansys evaluates with jury testing tool, with several psychoacoustic methods including statistical analysis.
Active Sound Design technologies can create an atmosphere to make the vehicle more alive, more attractive and safer thanks to audio feedback while driving. This is used for ICE engine cars and EV, including AVAS and ADAS sound.
Combining simulation results, lab measurements recordings and acoustic transfer path, you can listen to your product and each of the components of your system in a fully realistic environment, like a driving or flight simulator.
ACOUSTICS ANALYSIS RESOURCES & EVENTS
Featured Webinars
Webinar on Demand
Ansys Sound Composer: Make Your Product Sound Sublime
Discover a simulation tool that enables you to reconstruct the sound of a product by combining individual sources and defining an intended operating scenario using data inputs from measurements or from simulation software results.
Webinar on Demand
Advanced Design Analysis on Noise, Vibration and Harshness (NVH) for Electric Machines
Learn how to perform modal analysis, harmonic analysis, harmonic acoustics, sound synthesis and stress analysis and get an overview of Ansys' capabilities for the multiphysics solution for this application.
CASE STUDIES
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