Novicos originates from a scientific environment and maintains close cooperation with the Hamburg University of Technology (TUHH) and numerous other scientific institutes and societies. As an innovative SME, we have always been involved in various research projects. However, we are also involved in a permanent and lively exchange of the latest research results and findings.
Our drive is to penetrate acoustics completely. With all its influences, no matter how hidden and remote they are in physics, no matter how complex. We will continue until we have found a practicable answer to every acoustic phenomenon.
Novicos at the IGA 2024
Meet Novicos at the Isogeometric Analysisis in St. Augustine (USA) and discuss with us about the calculation of complex exterior space problems.
Paper: Vehicle loudspeaker simulation: structure-borne sound paths with blocked forces
Get to know our models for early acoustic simulation in vehicle development.
Paper: Numerical investigation of a new cabin wall concept
In a BMWK-funded project, Novicos is working on cabin walls with special acoustic damping properties in the low-frequency range.
viaMeta
In the viaMeta project, Novicos is conducting research into vibroacoustic metamaterials together with other partners.
Aerogels as an innovative insulation material
From our research projects: Watch the presentation "Aerogels as innovative insulation materials - a range of acoustic properties" by Christiane Gillner.
Numerical wear prediction and optimization of pile hammers
Novicos simulated the wear of pile hammers in the context of the SIELENT HAMMER research project. Read the final report here.
Advanced computational aeroacoustics based on hydrodynamic/acoustic splitting
Understanding hydrodynamic/acoustic separation (HAS) approaches in hybrid computational aeroacoustics (CAA) at low Mach numbers.
Structure-borne noise in pipelines with particle-laden flow
For the development of a vibro-acoustic measurement concept, the excitation of structure-borne sound by flow and particle collisions was simulated.
Numerical acoustics for turbocharger noise
Using a BorgWarner turbocharger, we demonstrate a pragmatic modeling methodology for predicting the sound field.
Suspension mixing process for high-performance concrete
The research project aims to optimize the production of concrete mixes using new mixing processes and technologies.
Prediction of the flow-induced sound of rotating systems
The work extends numerical predictions for flow-induced sound in rotating systems and advances the understanding of sound generation.
ML-S-LeAF: Machine learning in additive manufacturing
Novicos is a research partner in the Quality Assurance through AI project. Read about the project and our contribution here.
LeichtFahr project - lightweight construction and NVH
Together with partners from industry and science, Novicos is researching new methods for predicting acoustic properties in lightweight construction in the LeichtFahr project.
Is your topic not included?
We do not publish some topics due to confidentiality guidelines - others may still be explored.
Are you interested?