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Duration: 15:39
Keynote: Inverse Design Enables Innovation in Hydrogen Fuel Cells
The development of Toyota's Mirai, the world's first mass-produced, commercially available hydrogen fuel cell vehicle, began in 1992. Since its launch in 2014, Toyota has released the second ...
Duration: 14:34
Keynote: Testing and Development of RF Components for ITER
In this keynote talk from COMSOL Day: Nuclear Fusion, Humberto Torreblanca of the Swiss Plasma Center introduces his work with research and development of RF technology and components for ITER, an ...
Duration: 24:50
Keynote: Designing New Properties of Acoustic Interfaces Through Active Electroacoustic Resonators
In this keynote talk from COMSOL Day: Acoustics, Hervé Lissek introduces concepts of metamaterial and metasurfaces that use active electroacoustic resonators to achieve anomalous acoustic ...
Duration: 17:42
Keynote: Modeling RF Heating of Hydrogen Plasmas for Nuclear Fusion
In nuclear fusion, the tokamak is the leading candidate for becoming a hydrogen fusion reactor, where the operating temperature is of the order of ~100 million K. The hydrogen then becomes a fully ...
Duration: 19:45
Keynote: Multiscale Modeling Applications in Pharmaceutical Sciences
In pharmaceutical research and development, mathematical models can help mitigate the risks in translation and clinical drug development by supporting the quantitative understanding of the complex ...
Duration: 26:15
Keynote: Modeling and Simulation in Semiconductor Wet Processes
Wet cleans and other liquid phase etches account for approximately 25% of all processing steps in the manufacturing of semiconductor devices. These cleaning steps are crucial because even nanometer ...
Duration: 17:46
Keynote: Modeling of Transformer-Coupled Toroidal Plasma
Plasma has properties that make it uniquely suitable for semiconductor fabrication. As such, various forms of low-temperature plasma have become widely used in semiconductor manufacturing ...
Duration: 21:27
Keynote: Numerical Simulation of Primary Alkaline Zn–MnO2 Batteries
In this keynote talk from COMSOL Day: Batteries & Fuel Cells, Xiaotong Chadderdon of Energizer introduces primary alkaline Zn–MnO2 battery technology as well as the role of modeling in ...
Duration: 21:04
Keynote: Diagnostic Models for Nuclear Fusion
Fusion reactors consist of components such as heating and current drive systems, first wall components, and tritium breeding blankets. Monitoring and safely controlling these components requires ...
Duration: 18:28
Keynote: Mathematical Modeling of SEI Growth
The solid electrolyte interphase (SEI) is a layer on lithium-ion battery electrodes that is known to grow on the surface of a graphite anode during various cell conditions: trickle charge, open ...
Duration: 6:58
Building Standalone Simulation Apps with COMSOL Multiphysics®
The COMSOL Multiphysics® software platform includes the Model Builder for creating models, the Application Builder for building custom simulation apps, and the Model Manager to further ...
Duration: 22:11
Keynote: Modeling in Optics Processing in Support of High-Power Laser Systems
Laser-induced surface modifications of glass has emerged as a polishing technique due to its ability to decrease subaperture surface roughness. Implementing this technique requires an understanding ...
Duration: 19:30
Keynote: Onboarding a CAE Department in Biopharma R&D
In this keynote talk from the COMSOL Conference 2023 Munich, Dr. Friedrich Maier of Sartorius discusses the intricacies and advantages of biopharmaceutical product development and shares Sartorius' ...
Duration: 23:32
Keynote: Optimum Electromagnetic and Thermal Design of DC-Link Capacitors
Inverters change the DC produced by an electric vehicle's battery into the AC needed to drive its motors. Inside these inverters, the DC-link capacitor fulfills the integral role of stabilizing the ...
Duration: 21:53
Keynote: How Simulation Can Be Used to Improve SPS Material Densification
Spark plasma sintering (SPS) is an energy-efficient technique that involves Joule heating and uniaxial pressure to densify materials such as ceramics, metals, and composites. The key to this ...
Duration: 15:39
Keynote: Inverse Design Enables Innovation in Hydrogen Fuel Cells
The development of Toyota's Mirai, the world's first mass-produced, commercially available hydrogen fuel cell vehicle, began in 1992. Since its launch in 2014, Toyota has released the second ...
Duration: 14:34
Keynote: Testing and Development of RF Components for ITER
In this keynote talk from COMSOL Day: Nuclear Fusion, Humberto Torreblanca of the Swiss Plasma Center introduces his work with research and development of RF technology and components for ITER, an ...
Duration: 24:50
Keynote: Designing New Properties of Acoustic Interfaces Through Active Electroacoustic Resonators
In this keynote talk from COMSOL Day: Acoustics, Hervé Lissek introduces concepts of metamaterial and metasurfaces that use active electroacoustic resonators to achieve anomalous acoustic ...
Duration: 17:42
Keynote: Modeling RF Heating of Hydrogen Plasmas for Nuclear Fusion
In nuclear fusion, the tokamak is the leading candidate for becoming a hydrogen fusion reactor, where the operating temperature is of the order of ~100 million K. The hydrogen then becomes a fully ...
Duration: 19:45
Keynote: Multiscale Modeling Applications in Pharmaceutical Sciences
In pharmaceutical research and development, mathematical models can help mitigate the risks in translation and clinical drug development by supporting the quantitative understanding of the complex ...
Duration: 26:15
Keynote: Modeling and Simulation in Semiconductor Wet Processes
Wet cleans and other liquid phase etches account for approximately 25% of all processing steps in the manufacturing of semiconductor devices. These cleaning steps are crucial because even nanometer ...
Duration: 17:46
Keynote: Modeling of Transformer-Coupled Toroidal Plasma
Plasma has properties that make it uniquely suitable for semiconductor fabrication. As such, various forms of low-temperature plasma have become widely used in semiconductor manufacturing ...
Duration: 21:27
Keynote: Numerical Simulation of Primary Alkaline Zn–MnO2 Batteries
In this keynote talk from COMSOL Day: Batteries & Fuel Cells, Xiaotong Chadderdon of Energizer introduces primary alkaline Zn–MnO2 battery technology as well as the role of ...
Duration: 21:04
Keynote: Diagnostic Models for Nuclear Fusion
Fusion reactors consist of components such as heating and current drive systems, first wall components, and tritium breeding blankets. Monitoring and safely controlling these components requires ...
Duration: 18:28
Keynote: Mathematical Modeling of SEI Growth
The solid electrolyte interphase (SEI) is a layer on lithium-ion battery electrodes that is known to grow on the surface of a graphite anode during various cell conditions: trickle charge, open ...
Duration: 6:58
Building Standalone Simulation Apps with COMSOL Multiphysics®
The COMSOL Multiphysics® software platform includes the Model Builder for creating models, the Application Builder for building custom simulation apps, and the Model Manager to further support ...
Duration: 22:11
Keynote: Modeling in Optics Processing in Support of High-Power Laser Systems
Laser-induced surface modifications of glass has emerged as a polishing technique due to its ability to decrease subaperture surface roughness. Implementing this technique requires an understanding ...
Duration: 19:30
Keynote: Onboarding a CAE Department in Biopharma R&D
In this keynote talk from the COMSOL Conference 2023 Munich, Dr. Friedrich Maier of Sartorius discusses the intricacies and advantages of biopharmaceutical product development and shares Sartorius' ...
Duration: 23:32
Keynote: Optimum Electromagnetic and Thermal Design of DC-Link Capacitors
Inverters change the DC produced by an electric vehicle's battery into the AC needed to drive its motors. Inside these inverters, the DC-link capacitor fulfills the integral role of stabilizing the ...
Duration: 21:53
Keynote: How Simulation Can Be Used to Improve SPS Material Densification
Spark plasma sintering (SPS) is an energy-efficient technique that involves Joule heating and uniaxial pressure to densify materials such as ceramics, metals, and composites. The key to this ...
Duration: 15:39
Keynote: Inverse Design Enables Innovation in Hydrogen Fuel Cells
The development of Toyota's Mirai, the world's first mass-produced, commercially available hydrogen fuel cell vehicle, began in 1992. Since its launch in 2014, Toyota has released the second ...
Duration: 14:34
Keynote: Testing and Development of RF Components for ITER
In this keynote talk from COMSOL Day: Nuclear Fusion, Humberto Torreblanca of the Swiss Plasma Center introduces his work with research and development of RF technology and components for ITER, an ...
Duration: 24:50
Keynote: Designing New Properties of Acoustic Interfaces Through Active Electroacoustic Resonators
In this keynote talk from COMSOL Day: Acoustics, Hervé Lissek introduces concepts of metamaterial and metasurfaces that use active electroacoustic resonators to achieve anomalous acoustic ...
Duration: 17:42
Keynote: Modeling RF Heating of Hydrogen Plasmas for Nuclear Fusion
In nuclear fusion, the tokamak is the leading candidate for becoming a hydrogen fusion reactor, where the operating temperature is of the order of ~100 million K. The hydrogen then becomes a fully ...
Duration: 19:45
Keynote: Multiscale Modeling Applications in Pharmaceutical Sciences
In pharmaceutical research and development, mathematical models can help mitigate the risks in translation and clinical drug development by supporting the quantitative understanding of the complex ...
Duration: 26:15
Keynote: Modeling and Simulation in Semiconductor Wet Processes
Wet cleans and other liquid phase etches account for approximately 25% of all processing steps in the manufacturing of semiconductor devices. These cleaning steps are crucial because even nanometer ...
Duration: 17:46
Keynote: Modeling of Transformer-Coupled Toroidal Plasma
Plasma has properties that make it uniquely suitable for semiconductor fabrication. As such, various forms of low-temperature plasma have become widely used in semiconductor manufacturing ...
Duration: 21:27
Keynote: Numerical Simulation of Primary Alkaline Zn–MnO2 Batteries
In this keynote talk from COMSOL Day: Batteries & Fuel Cells, Xiaotong Chadderdon of Energizer introduces primary alkaline Zn–MnO2 battery technology as well as the role of ...
Duration: 21:04
Keynote: Diagnostic Models for Nuclear Fusion
Fusion reactors consist of components such as heating and current drive systems, first wall components, and tritium breeding blankets. Monitoring and safely controlling these components requires ...
Duration: 18:28
Keynote: Mathematical Modeling of SEI Growth
The solid electrolyte interphase (SEI) is a layer on lithium-ion battery electrodes that is known to grow on the surface of a graphite anode during various cell conditions: trickle charge, open ...
Duration: 6:58
Building Standalone Simulation Apps with COMSOL Multiphysics®
The COMSOL Multiphysics® software platform includes the Model Builder for creating models, the Application Builder for building custom simulation apps, and the Model Manager to further support ...
Duration: 22:11
Keynote: Modeling in Optics Processing in Support of High-Power Laser Systems
Laser-induced surface modifications of glass has emerged as a polishing technique due to its ability to decrease subaperture surface roughness. Implementing this technique requires an understanding ...
Duration: 19:30
Keynote: Onboarding a CAE Department in Biopharma R&D
In this keynote talk from the COMSOL Conference 2023 Munich, Dr. Friedrich Maier of Sartorius discusses the intricacies and advantages of biopharmaceutical product development and shares Sartorius' ...
Duration: 23:32
Keynote: Optimum Electromagnetic and Thermal Design of DC-Link Capacitors
Inverters change the DC produced by an electric vehicle's battery into the AC needed to drive its motors. Inside these inverters, the DC-link capacitor fulfills the integral role of stabilizing the ...
Duration: 21:53
Keynote: How Simulation Can Be Used to Improve SPS Material Densification
Spark plasma sintering (SPS) is an energy-efficient technique that involves Joule heating and uniaxial pressure to densify materials such as ceramics, metals, and composites. The key to this ...