Applications in Automotive Industry 글 편집
RecurDyn enables you to reduce costs and development time through simulation.
Noise and Vibration
After conducting dynamic analysis of a vehicle, the various factors causing noises and vibrations can be analyzed using a variety of post-processing functions and subsequently reduced.
Ride Comfort, Steering
Through dynamic-based vehicle driving simulations, ride comfort, steering feel, and driving performance can be quantitatively evaluated to enhance overall performance.
Durability of Components
Conducting durability analysis with consideration of deformation and vibration over time can predict the fatigue life or enhance the durability of vehicle components.
Optimization of Geometry and Parameter
Confirms interference and concentrated loads during dynamic operation and optimizes shapes or parameters accordingly.
Determination of Vehicle's Optimum Motor Capacity
Determining optimum motor capacity by calculating torque variance and maximum torque in motion can help save costs and improve safety.
Evaluation of Lubrication Performance
Through co-simulation between multibody dynamics and CFD, oil lubrication paths can be optimized and the impact of lubricants during operation of vehicle components can be evaluated.
▶ Driving Simulation
Virtual suspension test including tire
Vehicle Performance Evaluation using Multi-Body Dynamics Software
▶ Powertrain Simulation
▶ Simulation of other components
Brake device with the contact between flexible parts
Ball screw mechanism in a power steering
Parking brake simulation
Another ball screw simulation video
▶ Multiphysics vehicle simulation using Multibody Dynamics and CFD
More powerful than FSI (Fluid Structure Interface)
Oil sloshing in a fuel tank and its impact on the bulkhead and the tank surface
Driving simulation on a flooded road using MBDxCFD co-simulation
Oil lubrication in differential gear
Chain lubrication with oil
Click the image to watch how to use RecurDyn for vehicle simulation
