Tesis DYNA4 is a simulation software that provides efficient studies with simulation models in the development processes of electronic control units and components.
Open and Flexible Simulation Software
- Seamless integration of simulation models into DYNA4 for smooth model, data and result management
- The real-time model library of the TESIS DYNA4 software can be expanded and adapted as desired
- Interfaces for infrastructure facilities: test automation, MBS tools, version control systems
- Wide application areas thanks to the open model concept
- Ability to work on computers and all real-time platforms
It is highly functional for your simulations
- Efficient project organization for traceable and repeatable results
- Versioned / versioned model management to track changes
- Automatic simulations to compare large numbers of changes
- Automatic report generation and interactive / interactive result display
- Descriptive 3D animations
Teamwork Functions for High Efficiency
- High flexibility for professionals, working with different user groups and ease of use
- Large-scale teamwork with version-controlled, central Model Repository
- Different changes can be easily monitored with comparison functions
- Easy exchange of simulation models between different departments thanks to the Central Model Pool
Adaptation and Engineering
- DYNA4 customization for your processes: custom GUI, views and reports
- Simulation model support: model integration, adaptations, data preprocessing
- Development of customized simulation models and tools
- DYNA4 connection to your work environment
- Parametric modeling for various vehicle controllers
- Configuration and commissioning of HIL systems
Applications in the Development Process
- Model-based design and function development
- Testing and pre-calibration in SIL and HIL environments
- Fail-safe and functional tests, including driving evaluation and
- Simulation with physical or virtual component test rig: engine, suspension, steering, tires and dampers
- Fast parameter studies and optimization of vehicle components: drivetrain, steering system and axle suspension
- Fundamental analysis, various fields of study of single or interconnected vehicle controllers or components
Advanced Engine Development and Energy Management
- Fuel efficiency simulation for hybrid, electric or conventional vehicles
- Analysis and optimization of operating strategies for fuel efficiency and driving performance
- Function development
- Prediction functions based on routing data
- Energy and thermal management: voltage stability for electrical systems, battery or inverter temperature control
Engine Design and Control
- Evaluation of conceptual design for gasoline, diesel and various fuels
- Calibration of controllers and function development
- HIL tests: engine controllers with cylinder pressure sensors
- Car engine, high speed motor sports, heavy duty or marine engines
- Improving vehicle dynamics and drivetrain
- Standard maneuvering tests with virtual prototype
Optimization of Vehicle Dynamic Performance
- Active safety systems: ESP / ESC
- Steering system: design and testing of the electric power steering or active steering system
- Driving comfort: air suspension, active damper control
- Drive systems; state-of-the-art 4WD configurations or active torque differentials with active reliability control
- Anti-roll protection, roll control, sky hook control, load adjustment
- Driving simulators
Commercial Vehicles
- Stability studies in critical driving situations; overturn protection, anti skid
- Reliability analysis of commercial vehicles used in bad road conditions; striped gutters and patches on different road surfaces
- Initial calibration of control devices on cyclic hardware simulators
- Vehicle dynamics control unit development and cyclic rig tests for trailers and trucks
- Integration tests in laboratory tools
- ECU approval for commercial vehicles
