Technical service provider and supplier for simulation and testing
E-bikes Cargobikes Bicycles
The use of numerical analysis methods allows you to look not only at individual assemblies, but at the entire design of the e-bike or pedelec as an electromechanical system. In this way, you gain insights in early concept phases that help you implement the qualitative and legal requirements for electric bikes and develop a convincing product.
Our services
Novicos is calculation service provider for the e-bikes and bicycles
Strength and durability analyses
Analyses of the strength and fatigue resistance of bicycles and e-bikes made of steel, aluminum, or fiber-reinforced materials.
Air resistances
Flow simulations (CFD), e.g. for analyzing the air resistance of racing, urban, cargo or leisure bikes
Drive noise and sound emission
Analyses and optimization of drive noise in e-bikes with numerical CAE models and/or measurements. Determination and evaluation of the sound emission of e-bikes with numerical CAE models and/or measurements including psychoacoustics.
Integration of the e-drive
Development, design and evaluation of concepts for the integration of e-drives into the bicycle frame. Mechanical system design.
Selection of batteries and charging systems
Support in the development and selection of suitable batteries and charging systems for e-bikes with 1D and 3D models.
Numerical simulations in the development of new efficient drive concepts with multi-body systems(multi-body simulation, EMKS), e.g. in the efficiency optimization of serial hybrid drives or the uniform torque transmission in an automatic transmission system
Your sparring partner for occupational safety and reliability
In the commercial environment, the Cargobike is a workplace that must be ergonomic, safe and efficient. Critical factors include exposure to vibration and noise or electromagnetic waves.
You want to create a healthy and ergonomic "workplace Cargobike"? I will be happy to advise you!
Tobias Clauß
Multiphysical simulation models forthe development of e-bikes
Presentation with potential and practical examples
In this document, we explain the procedure for predicting acoustics and EMC in e-bikes and describe our range of services for the
Multiphysical simulation models forthe development of e-bikes
Presentation with potential and practical examples
In this document, we explain the procedure for predicting acoustics and EMC in e-bikes and describe our range of services for multiphysics simulation in the bicycle industry. In addition, you can see visualized calculation results from the order of a well-known manufacturer of e-bikes, for whom we have already successfully predicted drive noise and EMC numerically.
Acoustic optimization of electrical products using the example of e-bikes
Webinar with 5+ examples of how to improve the sound of a product
Acoustics and especially "sound quality" are increasingly often a decisive product feature for
Acoustic optimization of electrical products using the example of e-bikes
Webinar with 5+ examples of how to improve the sound of a product
The acoustics and especially the "sound quality" are increasingly often a decisive product feature for end consumers. Using the concrete example of an e-bike, we have prepared the possibilities of numerical acoustic simulation for you: Starting from the forces in the motor, via the sound radiation of the vibrating bicycle frame, to the benefits of the metrological examination and analysis of the bike.
Siemens simulation software and measurement systems
Your sales partner for Simcenter products
We are your contact for the acquisition of software licenses and measurement systems of the Simcenter product family. Through us you get access to modern software for numerical analysis (Simcenter Amesim and Simcenter 3D) as well as robust hardware (Simcenter SCADAS with Testlab, Simcenter Anovis).
