Designing a mechanical system often involves optimizing the design variables for specific performance indices.  In this webinar, we will introduce several simple yet practical examples, such as: Construction Equipment (wheel loader) Deployment of Solar Array for Satellite Two-wheeled Vehicle Dynamics in Operation Hand Press Connecting Rod with Flexible Body  All models will be optimized using software based on the progressive meta-model method (RecurDyn/AutoDesign). RecurDyn features a high-performance optimization tool called AutoDesign.  Its user-friendly interface enables users with minimal optimization knowledge to quickly grasp its functionalities.

Join us for an insightful webinar on NVH (Noise, Vibration, Harshness) analysis and evaluation using RecurDyn, a powerful Multi-Body Dynamics software developed by FunctionBay. This session will delve into solving noise and vibration issues in various mechanical systems through advanced CAE (Computer Aided Engineering) methods.

This webinar will present several case studies that show how simulation can accurately predict advanced robotic behavior before a hardware prototype is built, reducing cost and risk. If you want to watch the video, Please click the link below to apply for the entire video on the application page. I will send you a link to the video through the email you applied for. <Case Studies> Abstract Parallel Robot Scara Robot Motivation to Design a Shopping Robot Development of a Multi-Purpose Gripper Mobile Shopping Robot Power at Different Product Offsets Power Consumption in Joints AMR(Autonomous Mobile Robot) Urban Reconnaissance Robot Off-Highway Tracked Robot Follow Path Along Terrain Robot Avoiding Obstacles Obstacle Avoidance Results Walking Humanoid Exoskeleton CNU Mechatronics (MERO) Articulated Robot (Rigid Bodies, Flexible Body) Articulated Robot - Larger Mass Robot-Stress, Big Mass Stress in the Gripper Fingers Gripper Causes Stress in Cup Medical Robot Summary - Robot Simulation Fidelity

This webinar introduces Multi-Physics-Enabled Fatigue Analysis Using RecurDyn/Durability If you want to watch the whole video, Please click the link below to apply for the entire video on the application page. I will send you a link to the video through the email you applied for. 1. EnginSoft Introduction 2. RecurDyn Introduction 3. Fatigue/Durability Essential Concepts Introduction to Fatigue Analysis Need for fatigue analysis Definition of Fatigue analysis Principle of fatigue analysis RecurDyn/Durability Implementation Application Application Cases Tutorial Random Vibration Test TSG

This webinar introduces Quick and Efficient DOE Analysis using RecurDyn If you want to watch the whole video, Please click the link below to apply for the entire video on the application page. I will send you a link to the video through the email you applied for. Chapter 1. What is DOE (Design of Experiments)? Chapter 2. How to Use DOE Chapter 3. What is Simulation Manager? (Overview and Usage) Chapter 4. DOE Speed Improvement Using Simulation Manager Chapter 5. Conclusion

EnginSoft USA is excited to share with you the new capabilities and enhancements of RecurDyn 2023. If you want to watch the full video, please visit https://is.gd/c67wIz   and request full video. • The performance of the Newton-Raphson Static solver has been significantly improved, and includes the calculation of linear and nonlinear flexible bodies. Some models can be solved much more efficiently by solving at discrete time intervals. • Contact calculations are significantly faster due to algorithm improvements that have been developed over more than two years. • DOE studies and system optimization can better include morphing geometry, with an improved geometry update function that considers the geometry hierarchy. • A new bidirectional heat transfer function between the RecurDyn FFlex body and the Particleworks fluid particles enables multi-phase heat transfer calculations. • Other enhancements include a new primitive geometry meshing function, a new Endless Simulation function, and improvements to the DriveTrain Toolkit and the Analysis Result Recording. This webinar will not only explain the RecurDyn 2023 enhancements, but will also provide examples of how to best use the enhancements to broaden what you can simulate and improve the efficiency of your simulation processes.

From RecurDyn V9R5 released in 2021, RecurDyn ProcessNet supports Python. This webinar introduces how to automate RecurDyn tasks using Python. This lecture shows how to build a RecurDyn model, run a simulation and review the results using Python. You can reduce the repetitive tasks with Python. In addition, you can leverage rich libraries of Python. ▶ You can request the full video from the below link. ◀ https://contents.functionbay.com/20220804-webinar-python-en You can download the example codes and RDFunctions.py at https://bit.ly/RecurDynPython2022 Index 01:08 Python and RecurDyn API 03:13 Installation and Usage of Python and IDE (PyCharm) 09:50 Basic Usage of RecurDyn API (ProcessNet Python) 16:27 Examples of Python Script Usage 21:45 An Easier Way to Use Python Functions (RDFunctions.py) Simulation Process Example using Python 26:06 Mechanism modeling of Jansen link 29:36 Path extraction and comparison of four-bar linkage’s Tool Points 34:16 Frequency according to initial angle of a simple pendulum 38:18 Eigen analysis and mode information extraction 43:46 Conclusion If you are not familiar with RecurDyn yet, please watch: RecurDyn Starter Kit ( https://functionbay.com/f7C3Rp ) or RecurDyn Beginner Kit ( https://functionbay.com/NCQn8Q ) first.

In this course, we will learn how to model a control system, and how to perform a co-simulation with dynamic mechanical systems in addition to the basic control theory. RecurDyn software will be used for dynamic mechanical system and CoLink for control system. Let me introduce you to the basics of the control system. This is the lecture of the RecurDyn Control Kit. ▶  You can request the full video from the below link. ◀ ⇨  https://contents.functionbay.com/20220523-webinar-control-en If you are not familiar with RecurDyn yet, please watch: RecurDyn Starter Kit ( https://functionbay.com/f7C3Rp ) or RecurDyn Beginner Kit ( https://functionbay.com/NCQn8Q ) first. RecurDyn Control Kit consists of 6 lectures about Control and CoLink (+Simulink). Index 1. What is a Control System? 2. Response Characteristic and Block Diagram 3. Basic Functions of CoLink 4. Co-Simulation of RecurDyn and CoLink 5. Main Blocks provided by CoLink 6. Co-Simulation of RecurDyn and Simulink

This is the preview video of the webinar, ' Basics of Parametric Modeling with RecurDyn '. If you want to watch the full video, please visit https://contents.functionbay.com/20220523-webinar-parametric-en  and request full video. Index of the full webinar What are Parametric Value, Parametric Point? Parametric Value (= PV) Parametric Point (= PP) Why use PV, PP? + Export/Import Parametric Connector (PVC & PPC) Scalability using PV & PP

This webinar introduces how to model the geared machines using RecurDyn.  00:00 Overview 00:21 barckground 01:22 Introduction of RecurDyn and RecurDyn/DriveTrain 02:58 Gearbox system modeling 05:33 Gearbox Contact Results 05:54 GMF (Gear Mesh Frequency) 08:02 Bearing Life Prediction 08:37 Housing (Flexible Body) 10:06 Gearbox + Electric Motor (Co-Simulation) 14:34 Summary