Applications in Automotive Industry 글 편집
Use RecurDyn multibody dynamics simulation to develop your vehicles or automotive components. RecurDyn is an innovative simulator for:
Suspension, power steering, powertrain, brake and others...
Are you developing vehicles or automotive components?
If so, you may have validation, troubleshooting, or other issues like:
- Noise and vibration
- Ride Comfort, Steering Stability, Steering Response
- Durability of the components
- Fuel efficiency
- Reduction of the development time and cost
Multibody dynamics simulation using RecurDyn is used in automobile and auto parts development for such things as:
- Enhancing the driving performance of vehicles
- Power steering system performance enhancement
- Ride comfort performance
- Selection of F/R suspension types and hard points location
- Suspension compliance optimization (for example: bushings, springs, shocks)
- Powertrain performance including NVH evaluation including engines, transmissions, drivelines
- Evaluation of various components such as gears, bearings, belts and chains
- Braking performance on various road conditions (dry, rainy, snowy)
- Dynamic behavior and durability analysis of parts like side brakes, clutches, brake pads
- NVH and transmission error of Transmissions, Transfer Cases, and Differentials
- Lubrication performance of drivetrain
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Improvement of durability for CV joint boots
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System analysis of various moving components like
- Passenger seats, doors, sliding doors, tail gates, trunk lids, power windows, wipers
▶ Driving Simulation
Virtual suspension test including tire
▶ Powertrain Simulation
▶ Simulation of other components
Brake device with the contact between flexible parts
Ball screw mechanism in a power steering
▶ 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
Click the image for the detailed case studies, including powertrain simulation, CV joint boot simulation, brake simulation, and other automotive components.
List of the presentations for each country (presentation materials are not available)
2019
Honda - Study on the Rotating Vibration of Camshaft in High Rotation Area of DOHC 4-cylinder engine
2018
Aisin - An introduction to co-simulation using RecurDyn and MATLAB/Simulink – Power sliding door
BorgWarner
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Chain system using RecurDyn
2017
Toyota - Development of forecasting technique for water level in an engine room while driving through flood water using co-simulation of MBD-CFD
Hyundai Motors
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Development of flow analysis method of transmission using particle method
IWIS antriebssysteme GmbH & CO.KG
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Multibody Simulation for Optimizing Chain Drives
BOSCH
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Dynamic Simulation of Non- Harmonic Excited Compression Springs with a Newly Developed Spring Toolkit
ZF TRW
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Automated Design Study for Reducing Transient Noises in Worm Drive Steering Systems
2014
UNIVANCE - Co-simulation between RecurDyn and Particleworks for development of automobile transfer
2012
JTEKT - Dynamic behavior analysis related to torque loss of needle roller bearing
2008
Hyundai Motors - Dynamic analysis of gear train rattle condition in automotive manual transmission using RecurDyn
2007
Porsche - Application of RecurDyn at Porsche Engineering
2003
Hyundai Motors - Computer Aided Analysis and Robust Design of Brake Judder
Click the image to watch how to use RecurDyn for vehicle simulation
Danny Shin
- Tel: +82-031-622-3716
- e-mail: info@functionbay.com
or you can find FunctionBay branches or agencies from the below link in your region. https://support.functionbay.com/en/contact-form
