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The NVH and acoustic performance of a vehicle strongly impacts the driving experience and hence the perception of quality. Impacted by regulations and low-emission and zero-emission strategies, car manufacturers and suppliers seek solutions to design for optimal NVH comfort to adhere to their brand identity.
The integrated NVH and Acoustic solutions of Siemens Digital Industries Software are designed for combining simulation and test. They enable you to analyze the root cause of noise and vibration problems, optimize vehicles to improve brand image, and increase the perception of quality. Our tools and services help you design correctly from the start and prevent costly redesign later in the vehicle development cycle.
The NVH and acoustic performance of a vehicle strongly impacts the driving experience and hence the perception of quality. Impacted by regulations and low-emission and zero-emission strategies, car manufacturers and suppliers seek solutions to design for optimal NVH comfort to adhere to their brand identity.
The integrated NVH and Acoustic solutions of Siemens Digital Industries Software are designed for combining simulation and test. They enable you to analyze the root cause of noise and vibration problems, optimize vehicles to improve brand image, and increase the perception of quality. Our tools and services help you design correctly from the start and prevent costly redesign later in the vehicle development cycle.
A vehicle’s noise and vibration behavior primarily influences comfort and the perception of quality. Excessive or unpleasant vibrations and sound affects the product’s brand image. The pressure on NVH engineering is constantly increasing. While legislation and regulation tightens, the automotive industry is confronted with a renewed need to address particular NVH challenges on component, subsystem, and full-vehicle level.
To design for premium NVH and acoustic quality, an integrated approach is required. Whether dealing with interior or exterior acoustics, intake or exhaust noise, engine acoustics, brake noise, noises from auxiliaries such as HVAC, batteries or inverters, or noise related to system integration, Siemens Digital Industries Software provides solutions for all stages of the development process. By combining simulation and test, our solutions help you to gain insights in how to reduce noise and vibrations, assess systems interactions and their influence on other performances such as fuel consumption, passenger comfort, and drivability, while striking an excellent balance between cost-efficiency, weight, and performance.
Accurately model flow induced noise and vibration across a broad frequency range.
Quickly and reliably assess noise and vibration in operational conditions and instantly validate measurements on the test track or road.
Reduce road noise in the passenger compartment by predicting the dominant path or component early in the development phase.
Lower road noise levels following a transfer path analysis (TPA) approach. Decompose road noise into independent components and investigate each individual noise source.
Minimize noise and optimize sound quality by analyzing and simulating interior and exterior acoustic noise.
Evaluate acoustic quality and design the perfect sound. Assess sound and acoustic quality using psychoacoustic metrics with real-time and offline access to results.
Integrate (sub)systems and keep performances. Balance and optimize conflicting requirements for NVH, fuel economy and drivability to ensure the desired driver experience.
Help OEMs recognize your value, while helping achieve their vision of the future
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客観的製品故障検出への道を開く自動振動音響測定
コンポーネントベースの伝達経路解析 (TPA) は、ノイズ源のコンポーネントを受信機構造から切り離して特性評価できる仮想プロトタイピング手法です。これにより、初回試作の前にシステムの騒音振動性能を予測することができます。 ハイブリッド車や電気自動車では、ドライブトレインのノイズはあまり目立たな...