Innovation and collaborative, synchronized program management for new programs
Driving dynamics is one of the main characteristics to define the perceived quality of a car. It is all about comfort, performance, safety, and driving pleasure. This is largely driven by factors such as stability, agility, and drivability. Impacted by the increased use of lightweight body structures and electric, active systems, manufacturers pursue solutions to design for an optimal vehicle handling performance.
Siemens Digital Industries Software helps manufacturers to achieve outstanding vehicle handling performance by integrating test and simulation in the entire engineering process. Our tools and services enable car makers to ensure their vehicle has precisely the desired driving characteristics.
Driving dynamics is one of the main characteristics to define the perceived quality of a car. It is all about comfort, performance, safety, and driving pleasure. This is largely driven by factors such as stability, agility, and drivability. Impacted by the increased use of lightweight body structures and electric, active systems, manufacturers pursue solutions to design for an optimal vehicle handling performance.
Siemens Digital Industries Software helps manufacturers to achieve outstanding vehicle handling performance by integrating test and simulation in the entire engineering process. Our tools and services enable car makers to ensure their vehicle has precisely the desired driving characteristics.
To engineer a vehicle with outstanding driving characteristics, a large variety of safety and vehicle handling factors have to be considered, such as drivability, stability, agility, and control. These factors have to be combined with targets for ride comfort and low road noise levels. The trend towards automated driving urges the demand for vehicle dynamics models for virtual validation of the autonomous driving functions, while the cumulative integration of active control systems adds even more complexity to these challenging tasks.
Siemens Digital Industries Software provides dedicated tools and services to bring efficiency to driving dynamics engineering, whether it considers steering, braking and suspension systems, tyres, control applications, ride and handling scenarios, subjective feeling, ADAS applications or balancing the vehicle’s dynamics performance with road noise, comfort, ride and handling, durability or crash safety. Our solutions help manufacturers to set vehicle dynamics targets and integrate high fidelity driving dynamics engineering into the vehicle system simulation process. Meeting low emission requirements, translating brand identity in specific driving feel and enhancing safety and comfort is accomplished with increased efficiency and at reduced cost.
Explore the key areas of this solution.
Find the balance between conflicting NVH performance characteristics when designing next-generation lightweight vehicles.
Accelerate the design of chassis components and subsystems. Assess technology risks and benefits that result from chassis system electrification.
Couple chassis system models with powertrain and body models and controls for multi-attribute balancing.
Optimize chassis configurations in a controlled laboratory environment without multibody simulation model reduction with human and hardware in the loop.
Go beyond linear static analyses to thoroughly understand how a component or product assembly reacts under stress or vibration.
Ensure reliable co-simulation with system simulation tools and a variety of 3D CAE tools, having the right fidelty levels for the domains of interest.
Leverage scalable and customized tire simulation help, from tire models to parameter estimation tools, to engineering and testing services.
Automated vibro-acoustic measurements as the gateway to objective product fault detection
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Implement a scalable and modular modeling approach
Enhance vehicle handling by optimizing the body design process