Welcome to Ricardo WAVE 2019.1
Ricardo WAVE 2019.1 stands at the forefront of cutting-edge engineering simulation software, offering a sophisticated platform for the analysis and optimization of acoustics and vibration in various industries. This powerful tool is developed by Ricardo Software, a leading provider of engineering software solutions. WAVE, short for Wave Acoustic Vehicle Environment, enables engineers and designers to simulate and refine the acoustic performance of vehicles and machinery, ensuring optimal sound quality and minimizing unwanted noise. With its advanced algorithms and intuitive interface, Ricardo WAVE 2019.1 is a vital resource for automotive manufacturers, aerospace engineers, and other industries where acoustic and vibration performance are critical factors in product development.
Experience a new level of precision and efficiency in acoustic and vibration simulation with Ricardo WAVE 2019.1. This version introduces enhancements and features that further strengthen its capabilities in simulating complex acoustic environments. From the detailed analysis of engine noise to the assessment of interior acoustics in vehicles, Ricardo WAVE offers a comprehensive set of tools. Engineers can seamlessly integrate this software into their workflow to assess and optimize acoustic and vibration characteristics, ensuring the development of products that meet the highest standards of performance and user experience.
1. Engine Noise Simulation
Simulate and analyze engine noise with high precision, allowing engineers to optimize components and reduce unwanted noise in various applications.
2. Interior Acoustic Analysis
Assess and optimize the interior acoustics of vehicles and machinery, ensuring a comfortable and noise-free environment for occupants and users.
3. Aeroacoustic Analysis
Conduct aeroacoustic analysis to evaluate the impact of aerodynamics on noise generation, facilitating the design of quieter and more efficient vehicles.
4. Frequency Domain Analysis
Perform frequency domain analysis for a detailed examination of acoustic characteristics, allowing engineers to identify and address specific frequency-related issues.
5. Structural-Acoustic Coupling
Explore the coupling between structural dynamics and acoustic behavior, enabling a holistic approach to optimizing the acoustic performance of components and systems.
6. Parametric Studies
Conduct parametric studies to explore different design scenarios and identify optimal configurations for minimizing noise and vibration in various engineering applications.
7. User-Friendly Interface
Enjoy a user-friendly interface that streamlines the simulation setup and analysis process, allowing engineers to focus on results and insights rather than complex software mechanics.
8. Integration with CAD Systems
Seamlessly integrate with popular CAD systems, facilitating the import of geometric models and ensuring accurate representation in acoustic simulations.
– Operating System: Windows 7 or later
– Processor: Dual-core processor or equivalent
– RAM: 8 GB RAM (16 GB or more recommended)
– Graphics: NVIDIA or AMD graphics card with OpenGL 2.1 support
– Hard Disk: 20 GB of free space