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Application Tag: Electrification

Why MATLAB is Essential Across Industries: Applications Beyond Engineering

Explore how MATLAB is used in biological sciences, chemistry, neuroscience, geoscience, AI, and even creative arts such as music generation.
11 Best Practices for Developing ISO 26262 Applications with Simulink

This white paper offers guidance on modeling practices to help segment algorithms and reduce verification and deployment efforts when following ISO 26262 and using Model-Based Design.
MATLAB and Simulink for Electrical Technology Development

Explore how MATLAB and Simulink enable electrical engineers to design, simulate, and optimize advanced systems efficiently, ensuring reliability and innovation.
COMSOL Multiphysics for the Automotive Sector (Part 2)

In part two of this blog series, we explore the transformative capabilities of COMSOL Multiphysics in the automotive industry, focusing on its applications in modeling critical vehicle components like the suspension system, electric motor, gearbox, and disc brake.
Pro Performance Perfecting Sound Design Through Simulation

In its pursuit of perfecting sound design, Pro Performance Sound + Acoustics GmbH integrated simulation in collaboration with SciEngineer’s COMSOL Multiphysics’ expertise to address the acoustic challenges presented by the historic Stadtbahnbögen in Vienna.
ZalaZONE’s Latest Testing 3D Environments

The future of automotive testing is here, ZalaZONE’s automotive proving ground is now digitally available in MATLAB.
The Business Benefits of Modeling and Simulation

The product development landscape has undergone a significant shift, driven by new technologies, advanced materials, and complex manufacturing methods. These changes have created unprecedented demands on engineering teams. As a response, simulation has become an indispensable tool for successfully navigating through such challenges.
How Engineers are Preparing for 2035 with Modeling and Simulation

The world of engineering is undergoing a digital revolution. Gone are the days of relying solely on physical prototypes and lengthy testing cycles. That’s why it’s worth exploring how digital engineering, specifically modeling and simulation, is transforming the industry by offering faster, cheaper, and more innovative design processes.
SEMILAB Optimizes Microwave Transfer: How Virtual Testing Refined a Mode-Transforming Mirror

Designing microwave components can be tricky. SEMILAB used COMSOL Multiphysics to virtually test a mode-transforming mirror, optimizing its shape for efficient microwave transfer between waveguides. This simulation saved time-, manufacturing-, and testing costs.
Meeting ISO 26262 Compliance: A Guide to Success with Model-Based Design

This blog dives into how to achieve ISO 26262 compliance with model-based design using MATLAB and Simulink. Including key areas, workflows, & best practices for developing safety-critical software.