Finite Element Calculations (CAE)

At Geonoise, we are expanding our service offerings to include Finite Element Calculations (CAE), enabling precise simulations and analysis of acoustic and vibration performance in complex structures. Leveraging advanced CAE tools, our experts can model and predict the behavior of materials and systems under a variety of acoustic and vibrational conditions, providing deeper insights and optimization opportunities for your projects.

Our CAE Services Include:

• Acoustic Simulation: Predicting how sound will propagate through and around materials and structures, allowing for better design and material selection in building acoustics, automotive, and product development.
• Vibration Analysis: Evaluating structural responses to vibrational forces to ensure stability, minimize noise, and avoid long-term damage in buildings, industrial machinery, and transportation systems.
• Noise Control Solutions: Designing solutions for reducing noise in sensitive environments by simulating the impact of different control strategies, including isolation, absorption, and damping systems.
• Material Property Analysis: Modeling the acoustic performance of different materials, such as foams, panels, and composites, ensuring optimal sound insulation and absorption characteristics.
• Structural-Acoustic Coupling: Simulating the interaction between structures and the surrounding acoustic environment, ideal for applications in automotive, aerospace, and building sectors where both noise and vibration control are critical.

Benefits of Using CAE in Acoustics and Vibration:

• Cost Efficiency: Virtual simulations reduce the need for expensive physical prototypes.
• Accuracy: Gain precise insights into how your design will perform before implementation.
• Optimization: Refine materials and designs for peak acoustic and vibrational performance.

Whether you’re developing new products, improving building acoustics, or addressing vibration challenges, Geonoise’s CAE solutions provide the detailed analysis and expertise needed to ensure success.