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Learn about the methods and tools for validating and testing Vehicle Dynamics models or simulations, such as data sources, software platforms, optimization…
Learn about five different methods and tools to measure understeer and oversteer in limit handling tests and how they affect vehicle stability and agility.
Learn about the methods and metrics to evaluate and compare the vehicle dynamics performance of different vehicles. Discover objective tests, subjective tests, and…
Learn how to apply control theory to vehicle dynamics problems, such as improving stability, handling, and performance of vehicles. Discover the basics, types…
Learn how to define, measure, and communicate the success and quality of vehicle dynamics projects with these tips and best practices.
Learn the basics of vehicle aerodynamics and drag reduction, and the methods and tools for measuring and comparing the drag coefficients of different vehicle shapes.
Learn some of the best practices for debugging vehicle dynamics software and hardware, such as using debug tools, applying debug strategies, and more.
Learn how to collect, analyze, and integrate feedback and user preferences into your vehicle dynamics development and optimization. Improve performance, handling…
Learn how to use data acquisition and analysis to identify and correct limit handling issues in your vehicle's performance and handling.
Learn how V2X technology and vehicle dynamics can help you drive safer and greener by reducing emissions and fuel consumption.
Learn about the key aspects of steering system technology, such as types, parameters, modeling, testing, standards, and trends.
Learn how active safety systems use vehicle dynamics and driver models to create a positive human-machine interaction that improves comfort and trust.
Learn how to model and simulate the nonlinear and stochastic characteristics of road profiles for ride comfort and vibration analysis in vehicle dynamics.
Learn how to tune and calibrate your suspension system using software, hardware, and testing methods. Discover the best practices and challenges of suspension…
Learn about the best methods to model and control electric motor torque for hybrid vehicles, and how they affect vehicle dynamics, stability, and safety.
Learn how vehicle dynamics factors and driving scenarios influence the quality and reliability of V2X communication for collision avoidance.
Learn how adaptive tire pressure systems (ATPS) can influence your tire characteristics and your vehicle's stability factors, and what are the benefits and…
Learn how V2X communication and vehicle dynamics can enhance vehicle performance, enable new services, support autonomous vehicles, contribute to sustainability…
Learn how to use MATLAB and Simulink to create, test, and validate vehicle dynamics models and control systems in this article.
Learn how vehicle-to-everything (V2X) communication technology can improve vehicle performance, comfort, safety, and maintenance in urban traffic by enhancing…
Learn the best practices and tools for obtaining and handling tire force and moment data for vehicle dynamics analysis and simulation.
Learn the best methods to measure and optimize the center of gravity of electric and hybrid vehicles, and how it affects their dynamics and safety.
Learn how to explain and teach the benefits and methods of drag reduction on vehicles to customers and stakeholders.
Learn how tire compounds and pressures affect your vehicle's grip and stability in different weather and road conditions, and how to optimize them for wet and dry…
Learn about the issues and solutions related to active suspension systems for electric and hybrid vehicles, and how they can enhance their performance, quality, and…
Learn what are the best practices and methods for chassis design and modal analysis in vehicle dynamics, and how to apply them to your projects.
Learn about the latest trends and innovations in traction control systems (TCS) for electric and hybrid vehicles (EVs and HEVs), and how they improve safety…
Learn how vortex generators, small aerodynamic devices, can improve your car's stability at high speeds by reducing drag and enhancing lift.
Learn what line and apex mean, why they are important, and how to find them for different types of corners. Improve your driving skills and lap times with these…