Keynote: Topology Optimization for an Efficient Design of an Electric Motor
$0.00
In a keynote talk at COMSOL Day: Vehicle Electrification, Steffen Rothe of Volkswagen Group Components shares how they use multiphysics simulation and optimization to design an electric motor with reduced magnetic weight. Through topology optimization, they found new rotor designs they would otherwise not have thought of, and by coupling the mechanical and electromagnetic interactions simultaneously, they were able to find the most suitable rotor design for the electric motor. They went on to develop and test a prototype of their design, and there was good agreement between the simulation and experimental data.
Steffen Rothe, PhD, is a simulation engineer for the Volkswagen Group Components in Kassel, Germany. He has been working at the Volkswagen Group Components in the fields of mechanical, thermal, and electromagnetic design and optimization of traction motors for e-mobility applications since 2014.
Suggested Resource
Simulation Applications Streamline the Development of Electric Vehicle Motors
ELECTRICAL CATEGORY
توضیحات
نظرات (0)
محصولات مرتبط
Keynote: Acoustic Simulation of Exhaust After-Treatment Systems
In a keynote talk at COMSOL Day: Acoustics, Naveen Indolia of SCANIA CV AB discusses how they use simulation to analyze exhaust after-treatment system designs for heavy vehicles. In the presentation, Indolia shares that SCANIA has been using COMSOL Multiphysics® for about ten years and shows why it is an effective tool for predicting the acoustic performance of the exhaust systems during the development stage. He discusses current designs and looks ahead to a future where exhaust systems will no longer contain tailpipes.
Naveen Indolia works within the exhaust simulation group NXPS and has been involved in the acoustic and flow simulations of SCANIA’s exhaust after-treatment systems for three years. SCANIA is a world-leading provider of transport services.
ELECTRICAL CATEGORY
Keynote: State-of-the-Art Loudspeaker Simulation Including Shape and Topology Optimization
In a keynote talk at COMSOL Day: Acoustics, René Christensen of Acculution discusses loudspeaker simulation and shares examples from his own work. He begins with an overview of how simulation is used for loudspeaker analysis, and then he shows how parameter, shape, and topology optimization can be added to the design process. The talk concludes with a look ahead at the future of loudspeaker simulation.
René Christensen has been working with vibroacoustics simulations in the loudspeaker and hearing aid industry for years, and is now a self-employed consultant in this field. René holds a PhD in microacoustics done together with Oticon. For the last 5 years, he has worked extensively with shape and topology for a variety of applications.
Suggested Resource
Examples of Optimizing Loudspeaker Components
ELECTRICAL CATEGORY
Intro to Modeling Chemical Reactions in COMSOL Multiphysics®
In this archived webinar, get an overview of the Chemical Reaction Engineering Module, an add-on product to the COMSOL Multiphysics® software for simulating chemical processes and designs. We cover the systems that are typically analyzed with this module as well as modeling strategies for chemical reactions and transport phenomena.
You will also see a demo of how to use this module to define a space-dependent model of a reactor accounting for:
- Kinetics
- Thermodynamics and transport properties
- Chemical species transport
- Heat transfer
- Fluid flow
- Learn more about the Chemical Reaction Engineering Module
- Browse relevant tutorial models in the Application Gallery
Keynote: Topology Optimization for an Efficient Design of an Electric Motor
$0.00
In a keynote talk at COMSOL Day: Vehicle Electrification, Steffen Rothe of Volkswagen Group Components shares how they use multiphysics simulation and optimization to design an electric motor with reduced magnetic weight. Through topology optimization, they found new rotor designs they would otherwise not have thought of, and by coupling the mechanical and electromagnetic interactions simultaneously, they were able to find the most suitable rotor design for the electric motor. They went on to develop and test a prototype of their design, and there was good agreement between the simulation and experimental data.
Steffen Rothe, PhD, is a simulation engineer for the Volkswagen Group Components in Kassel, Germany. He has been working at the Volkswagen Group Components in the fields of mechanical, thermal, and electromagnetic design and optimization of traction motors for e-mobility applications since 2014.
Suggested Resource
Simulation Applications Streamline the Development of Electric Vehicle Motors
ELECTRICAL CATEGORY
توضیحات
نظرات (0)
نقد و بررسیها
هنوز بررسیای ثبت نشده است.
محصولات مرتبط
Keynote: State-of-the-Art Loudspeaker Simulation Including Shape and Topology Optimization
In a keynote talk at COMSOL Day: Acoustics, René Christensen of Acculution discusses loudspeaker simulation and shares examples from his own work. He begins with an overview of how simulation is used for loudspeaker analysis, and then he shows how parameter, shape, and topology optimization can be added to the design process. The talk concludes with a look ahead at the future of loudspeaker simulation.
René Christensen has been working with vibroacoustics simulations in the loudspeaker and hearing aid industry for years, and is now a self-employed consultant in this field. René holds a PhD in microacoustics done together with Oticon. For the last 5 years, he has worked extensively with shape and topology for a variety of applications.
Suggested Resource
Examples of Optimizing Loudspeaker Components
ELECTRICAL CATEGORY
Intro to Modeling Chemical Reactions in COMSOL Multiphysics®
In this archived webinar, get an overview of the Chemical Reaction Engineering Module, an add-on product to the COMSOL Multiphysics® software for simulating chemical processes and designs. We cover the systems that are typically analyzed with this module as well as modeling strategies for chemical reactions and transport phenomena.
You will also see a demo of how to use this module to define a space-dependent model of a reactor accounting for:
- Kinetics
- Thermodynamics and transport properties
- Chemical species transport
- Heat transfer
- Fluid flow
- Learn more about the Chemical Reaction Engineering Module
- Browse relevant tutorial models in the Application Gallery
Keynote: Acoustic Simulation of Exhaust After-Treatment Systems
In a keynote talk at COMSOL Day: Acoustics, Naveen Indolia of SCANIA CV AB discusses how they use simulation to analyze exhaust after-treatment system designs for heavy vehicles. In the presentation, Indolia shares that SCANIA has been using COMSOL Multiphysics® for about ten years and shows why it is an effective tool for predicting the acoustic performance of the exhaust systems during the development stage. He discusses current designs and looks ahead to a future where exhaust systems will no longer contain tailpipes.
Naveen Indolia works within the exhaust simulation group NXPS and has been involved in the acoustic and flow simulations of SCANIA’s exhaust after-treatment systems for three years. SCANIA is a world-leading provider of transport services.
ELECTRICAL CATEGORY
نقد و بررسیها
هنوز بررسیای ثبت نشده است.