Quickstart for your
speaker system simulation
We support you with all questions regarding speaker development.
Feel free to ask me your question in the chat!
Tobias Clauß
The simulation of loudspeakers and virtual design of loudspeaker systems gives you a head start in tuning and troubleshooting - Novicos supports you with a proven and reliable process.
Our services
Added value for your speaker system
We answer your questions about the number and distribution of speakers, sound pressure distribution and vibro-acoustic interactions. The combination of simulation and measurement provides you with reliable results for the further development of your product.
System design (packaging), system detailing and optimization
Support in the concept phase from A sample
Support of the tuning process by means of measurement and simulation
Troubleshooting/troubleshooting
Measurement and simulation for loudspeaker systems
Our path to reliable decision-making
Both numerical simulation (calculation) and measurement have their own advantages on the way to the goal. However, particular added value arises in the
Measurement and simulation for loudspeaker systems
Our path to reliable decision-making
Both numerical simulation (calculation) and measurement have their own advantages on the way to the goal. However, particular added value is created in the development process when both methods are intelligently combined. We validate our results through measurements on prototypes and end products. We also test the accuracy of methods for specific applications by first benchmarking the results of a simplified calculation against a measurement. This creates confidence for more demanding and complex issues that cannot be easily validated by measurement.
Experience and transfer knowledge
for multiphysical simulations
We record relevant influencing factors - also across disciplines - in a simulation. On request, we can make the results tangible via VR.
Multiphysical simulations in linear
Experience and transfer knowledge
for multiphysical simulations
We record relevant influencing factors - also across disciplines - in a simulation. On request, we can make the results tangible via VR.
Multiphysical simulations in linear and non-linear ranges (up to 22 kHz)
18+ interdisciplinary engineers from the fields of acoustics, vibration, strength, flow and electromagnetics
20 years as a provider in numerical acoustics
Our approach
Further information about our work
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Calculation of sound radiation
We measure and simulate sound and formulate proposals for action.
read more
Methods
Know-how for acoustic simulations
If necessary, we develop, expand and couple methods for precise results in the required format.
Low and medium frequency range:
Boundary element method
Methods
Know-how for acoustic simulations
If necessary, we develop, expand and couple methods for precise results in the required format.
Low and medium frequency range:
Boundary Element Method (BEM),
Finite Element Method (FEM)
High frequency range:
Energy-based finite element method (EFEM), ray tracing
Combined approach for narrowband analysis of sound fields in the entire audible range
Measurements of sound pressure distribution in the vehicle interior or vibro-acoustic interactions between loudspeakers and vehicle structure
Our equipment
Proven technology from numerous projects
Simcenter Amesim (1D simulation)
Simcenter 3D
Equipment for vibro-acoustic measurements, also in vehicles (Simcenter Testlab and SCADAS)
Comsol Multiphysics
Our equipment
Proven technology from numerous projects
Simcenter Amesim (1D simulation)
Simcenter 3D
Equipment for vibro-acoustic measurements, also in vehicles (Simcenter Testlab and SCADAS)
Comsol Multiphysics and others.
Optional VR display of the auralized results with VIPRA
Own acoustic measurement rooms (half-space conditions)
Are you developing a loudspeaker system?
I am here for you. Feel free to ask me your question in the chat!