Novel simulation technology
Waveller is a high performance computation kernel for simulating acoustic and ultrasonic pressure fields. It provides a flexible platform for solving a wide range of different wave related problems. You can browse the different application areas from the navigation menu on the left hand side. Scientific papers of some applications are also available in the publications-section.
What makes Waveller different from other frequency domain solvers is the algorithm under the hood. The simulation geometry is meshed just like when employing the standard Finite Element approach, but the number of nodes needed for an accurate result is reduced by a factor of 10. So, while taking into account all the wave phenomena like standing waves, reflection and diffraction, the computational burden is greatly reduced, allowing full three dimensional simulations of the relevant geometry in most applications. A benchmark and a comparison of Waveller against standard FEM solver is available in the benchmarks-section.
Based on the Waveller solver, we also provide a flexible acoustic modeling service. We can supply you with virtual acoustic prototypes of your product under R&D and simulate its acoustic properties: frequency response, sound intensity, directivity patterns, etc. Please contact us for more information.
Whats new
May 5th 2007
Waveller IPR have been acquired by Kuava ltd. Kuava continues Waveller development and uses it for simulation services.July 21th 2006
Waveller Acoustics 1.1 is available! Pricing information and information on how to receive an evaluation license are on page Waveller Acoustics.February 2nd 2006
Waveller ElectromagneticsThe first results using Waveller Electromagnetics are available in article Solving Maxwell's Equations Using the Ultra Weak Variational Formulation and in the screenshots-section. The mathematical formulation of Waveller Electomagnetics is extremely useful for solving electromagnetic field related wave problems in many application fields. We are currently seeking collaborators for developing a COMSOL plug-in for Waveller Electromagnetics.
