Novicos originates from a scientific environment and maintains close cooperation with the Technical University of Hamburg (TUHH) as well as numerous other scientific institutes.
As an innovative SME, we have always been involved in various research projects. But also beyond that, we are in a permanent and lively exchange about the latest research results and findings. This experience from research, science and practical application enables us to support our customers with the most advanced methods and approaches in almost all areas of technical calculation.
In many development projects there is a research project
Research is essential for some development projects, as it creates the basis for truly innovative solutions and new technologies.
Together we define your requirements and goals and work on them systematically. Our methodical approach improves the quality and reproducibility of the results. You are informed about project status at all times and benefit from a goal-oriented approach that saves time and resources.
What innovation are you working on?
We discuss your current challenges, provide tips for a structured approach and discuss whether and how we can support you. Innovation is a sensitive commodity.
Dr.-Ing.
Olgierd Zaleski
Our commitment to research and teaching
Our vision: Completely penetrate acoustics
Our managing director Dr. Sören Keuchel is personally involved with the teaching assignment for the lecture "Technical Acoustics" at the TUHH. Hereby we continue the teaching assignment from the Institute for Modeling and Computation, which was led by Prof. von Estorff. In addition, we accompany scientific work in this subject on research topics relevant to practice in order to support research in acoustics. The offers have now been migrated to the Institute of Structural Mechanics in Lightweight Design of Prof. Dr.-Ing. Benedikt Kriegesmann.
Current research activities
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 structure-borne sound excitation by flow and particle collisions was simulated.
Numerical acoustics for turbocharger noise
Using a turbocharger from the BorgWarner company, we demonstrate a pragmatic modeling methodology for predicting the sound field.
Suspension mixing process for high-performance concrete
The research project aims at optimizing the production of concrete mixtures through new mixing processes and technologies.