Applications in Defense Industry 글 편집 글 편집 (이전 에디터)
Are you developing defense-related components?
RecurDyn is widely used in the defense industry for dynamic analysis of various weapon systems and military equipment, such as tanks, armored vehicles, missile launchers, rifles, robots, and exoskeletons.
In product development tasks within the defense sector, there are often cases where the following problems need to be resolved or verified.
RecurDyn enables you to reduce costs and development time through simulation.
Noise and Vibration
Noise and vibration reduction through evaluation and analysis of NVH generated during the operation of military vehicles and various weapons
Durability of Components
Conducting durability analysis with consideration of deformation and vibration over time can predict the fatigue life or enhance the durability of military equipment including rifles, turrets and missile launchers
Ride Comfort, Steering
Quantitative evaluation and improvement of ride comfort, steering feel, and stability in military vehicles and tanks operating in rough terrain
Attitude and Motion Control
Attitude and motion control evaluation of various control algorithms to prevent excessive tilting or instability in weapons, tanks and vehicles, ensuring firing accuracy and stable operation
Track Assembly Evaluation for Tanks
Evaluation and analysis of loads and tensions on tank tracks during high-speed operation through tank simulation
Water-Crossing Performance of Amphibious Equipment
Evaluation of the water-crossing performance of amphibious vehicles of tanks, which operate both on land and water, using co-simulation with CFD
Applications
▶ Tank Driving and Water-Crossing Simulations
▶ Various Military Equipment
Rifle reloading simulation
Exoskeleton
▶ Other Military Vehicle Simulations
Military wheeled vehicle simulation
Track robot stair-climbing simulation
Reconfigurable Wheel Track (RWT) simulation
Case Studies
The following case studies are examples where RecurDyn was directly utilized by RecurDyn customers in product development.
Click the images to view detailed videos or related documents.
Wearable robot simulation
Four-legged robot
In-pipe robot simulation
User Conference Presentations
List of the presentations for each country (presentation materials are not available.)
2016
Agency for Defense Development (ADD) - Development of dynamics model of multi-axle vehicle using eTemplate
2015
LIG Nex1 - The stability analysis of projectile launcher related to launching initial position
2011
Doosan DST - Dynamic modeling and analysis of a tracked armored vehicle
2010
Hanwha - Dynamic analysis of unguided multiple rockets for the initial launching stage
LIG Nex1 - Analysis of Dead Zones in Aircraft Radar
2009
LIG Nex1 - Optimum Design of mass pin to minimize mass unbalance torque of 2-axis gimbal
2008
LIG Nex1 - Multi-body dynamics and simulation for 2-axes gimbals in naval shipboard
Paper
- Dynamics analysis of a ground combat vehicle for evaluation of influence on the aiming error of a gun (2014)
- Prediction of the Dispersion Characteristics according to the Change of Friction of Contact Surface of Sabot(2014)
- Statistical Analysis of Initial Behavior of a Vertically-launched Missile from Surface Ship (2012)
- Dynamic Analysis of the Gun Tower Azimuth System using RecurDyn and Matlab (2007)
Others
- User Interview - Hanwha Corp. Track Analysis Using Contact Objects
- Case Study - Tracked Urban Reconnaissance Robot Simulation
How to use RecurDyn
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.
