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日本用户大会RecurDyn Users Day (FunctionBay Japan)的每年标题目录详细列表

全球RecurDyn用户会议演讲稿的内容

日本用户大会RecurDyn Users Day(FunctionBay Japan) 中的标题目录

标题目录中如果有您感兴趣的资料，可以通过点击下面的“询问”按键进行索取。

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<2023>

1. New features of RecurDyn 2024 (FunctionBay Japan)
   
2. Comparison and Verification of Drop Impact and Vibration Testing with Simulation for Packaging Boxes with Cushioning Materials (FunctionBay Japan)
3. The Utilization of Simulation in Cultural Heritage Preservation (Tokyo National Museum)
4. Co-simulation of fluid and large deformation behavior (Fasotech)
5. Analysis of the elastic support structure behavior of ball screws considering variability and its impact on NV events (JTEKT)
6. Transmission torque analysis of magnetic wave gear using FFlex (Ibaraki University)
7. Multibody dynamics technology for the Development of CVJ with Opposed Groove Structure (Toyota)
8. Stiffness Testing of Ball Bearings and Prediction of Vibration Characteristics (Kobelco Research Institute)
9. Modeling Methods and Characteristics of Rolling Bearings (FunctionBay Japan)

<2022>

1. New features of RecurDyn 2023 (FunctionBay Japan)
2. RecurDyn Post (FunctionBay Japan)
3. RecurDyn application of selectable one-way clutch development (NSK-Warner)
4. Introduction of drive chain resonance prediction technology for motorcycles utilizing RecurDyn (Honda)
5. Rigid/Flexible body mechanics and gear behavior analysis (Waseda University)
6. MBD x Control co-simulation using RFlex (Mitsubishi Electric)
7. Abnormal noise analysis technology by MBD x Control co-simulation of electric power steering (Hitachi Astemo)
8. Dynamic stress analysis in engine valve system (Honda)

<2021>

1. What's New on RecurDyn V9R5 (FunctionBay Japan)
2. New Heat Transfer Co-simulation Analysis Technology for RecurDyn/F-Flex and Particleworks (FunctionBay)
3. Visualization of Energy in Elastic Body Mechanism Analysis (Honda)
4. Mechanism Analysis of Automotive Parts for Driving by RecurDyn (JTEKT Corporation)
5. Analysis of the Influence on Gear Systems (Gunma University)
6. Development of System Ratcheting Analysis in Transmission Parking Lock (Toyota Motor Corporation)
7. RecurDyn Training Initiative (FunctionBay Japan)
   

<2019>

1. New features of RecurDyn V9R3 and RecurDyn/EHD (FunctionBay Japan)
2. RecurDyn/DriveTrain and its related toolkits (FunctionBay Japan)
3. Global activity of RecurDyn sales and the direction of V9R4 and later (FunctionBay)
4. Multi-Body Dynamics for systematic innovation promotion (ENJYN, corporation.)
5. Integrated MBD-FE coupled simulation of the large hydraulic excavator using RecurDyn (Hitachi Construction Machinery)
6. Research on the performance improvement of CPVA (Hosei universr)
7. Driving simulation of OHT (Overhead Hoist Transport) using RecurDyn (DAIFUKU)
8. A Study on the Rotating Vibration of Camshaft in High Rotation Area of DOHC 4 cylinder engine (Honda)
9. Applications of RecurDyn for the experiments of packaging and transportation (FunctionBay Japan)

<2018>

1. New Features of V9R2 (FunctionBay Japan)
2. Global activity of RecurDyn sales and the direction of V9R3 and later (FunctionBay)
3. [20 years of RecurDyn] How far is it possible with RecurDyn? (FunctionBay Japan)
4. An introduction to co-simulation using RecurDyn and MATLAB/Simulink (Aisin)
5. Modeling and design of mechatronics system using RecurDyn ( Nagoya Institute of Technology )
6. Optimal design of lens drive mechanism using RecurDyn (Sony Imaging Products & Solutions)
7. Technical development for fluid co-simulation of oil film and application to piston pump motor (Hitachi)
8. An introduction to automated system for dynamic analysis of Crankshaft (Honda)
9. Chain system using RecurDyn (BorgWarner)
10. Simulation examples using RecurDyn up to now (Kobelco)

<2017>

1. New Features of V9R1 (FunctionBay Japan)
2. Global activity of RecurDyn sales and the direction of V9R1 and Later (FunctionBay)
3. A case example of efficiency improvement of dynamic analysis by introducing RecurDyn (Ricoh Technologies Co., Ltd.)
4. Carriage drift of linear roller bearing (Nagaoka University of Technology)
5. Development of forecasting technique for water level in an engine room while driving through flood water using co-simulation of MBD-CFD (Toyota Motor Corporation (Compact Car Company))
6. Strategy and case studies for digital development in LG Electronics (LG Electronics Inc.)
7. Multi-objective optimization of circuit breaker using RecurDyn and modeFRONTIER (Mitsubishi Electric Corporation Fukuyama Plant)
8. Introduction of CAE & AM solution based on RecurDyn (FASOTEC Corporation)
9. Experiment and analysis on gear transmission system (FunctionBay Japan)

<2016>

1. New Features of V8R5 (FunctionBay Japan)
2. Global activity of RecurDyn sales and the direction of Version 9 (FunctionBay)
3. Introduction of modeling method using RecurDyn (FunctionBay Japan)
4. Introduction of simulation of transferring paper (Brother Industries, LTD.)
5. RecurDyn application for biomedical simulation - Understanding the internal structure of fish's eye (Mie University)
6. Optimization of chain lubrication condition through co-simulation between RecurDyn and particle dynamics (Honda)
7. Application of self-adaptive optimization algorithm 'pilOPT' in MBD analysis field (I DAJ)
8. Introduction of fatigue durability prediction technology of exhaust system of a two-wheeled vehicle using RecurDyn (Honda)
9. Experiment and analysis of roller chain (FunctionBay Japan)

<2015>

1. Development of return device using RecurDyn/MTT3D (Screen)
2. Optimal Simulation of low friction chain by co-simulation between RecurDyn and modeFRONTIER (NTN)
3. Application of RecurDyn for high efficiency and low noise of planetary gear (Hosei University)
4. Accuracy verification of RecurDyn / MTT2D when it first introduced (Fuji Xerox)
5. The case of dynamic analysis for development of construction machinery (HITACHI)
6. Co-simulation between RecurDyn and 1DCAE SimulationX using FMI, a new standard for co-simulation (NewtonWorks Corporation)
7. Experiment and analysis of compression and bending of harness - from leaf spring to wire harness (FunctionBay Japan)

<2014>

1. Development of currency control machine using RecurDyn (Glory Inc.)
2. Simulation techniques to predict damages of engine parts due to a overturn while motorcycle stops (Honda)
3. Co-simulation between RecurDyn and Particleworks for development of automobile transfer (UNIVANCE)
4. Method for analysis of gear noise (FunctionBay Japan)
5. Application of ProcessNet in MFBD (FunctionBay Japan)
6. Experiment and dynamic analysis of vibration (FunctionBay Japan)

<2013>

1. G-Modeling concept and smooth geo contact (FunctionBay)
2. Verification training of actual experiment for vibration phenomenon using RecurDyn (Miki Pulley Co.)
3. Analysis of noise and vibration of small motor using RecurDyn (Mitsuba)
4. Transport system for fruits and vegetables using RecurDyn (Kobelco)
5. Optimization using modeFRONTIER and RecurDyn (IDAJ Co. LTD)
6. Verification of plasto-elasticity analysis using RecurDyn (Prometech)
7. Experiment and analysis of sliding friction (FunctionBay Japan)

<2012>

1. Dynamic behavior analysis related to torque loss of needle roller bearing (JTEKT)
2. Motion analysis of superconduction linear vehicle using RecurDyn (Railway Technical Research Institute)
3. Development of engine and driving system using RecurDyn (Honda)
4. Modeling of control system in vibration test system (Konica Minolta)
5. Application of RecurDyn for IT gadgets at a developmental stage (Konica Minolta Business Techmology)
6. Co-simulation between CAE software using particle method, Particleworks and dynamic analysis software, RecurDyn (Prometech)
7. Experiment and analysis of friction characteristics of oiless bush and rotating shaft vibration (FunctionBay Japan)

<2011>

1. Development of electric home appliances using CAE (Panasonic home appliances)
2. Development for transfer technology of flexible media using RecurDyn(SCREEN)
3. Development of partner robot using RecurDyn as software test tool (TTDC)
4. Dynamic analysis for motion control (Yaskawa)
5. Creation of complicated shape of holes using electro-discharge machining (The university of Tokushima)
6. Experiment analysis of timing belt (FunctionBay Japan)

<2010>

1. Development of an office copier using RecurDyn (Canon)
2. Development of continuous velocity joint using RecurDyn (JTEKT
3. Analysis for noise of trochoid gear (Nagaoka university if Technology)
4. Development of motorcycle power train using RecurDyn (Honda)
5. Experiment analysis of rolling contact elements and bearing (FunctionBay Japan)

<2009>

1. High Performance FE Elements for MTT3D (FunctionBay)
2. CAE engineering development and its application for vibration of engine (Toyota)
3. Hydraulic engineering using user subroutines: Dynamic co-simulation analysis - Dynamic analysis of piston compressor (Sanden)
4. A study on the low vibration of drum washing machine using RecurDyn (Panasonic home appliances)
5. Calculation for eccentric roller reducer using ProcessNet (NTN)
6. Path design using RecurDyn MTT2D (Fuji Xerox)
7. Review for contact parameters by experiment analysis (FunctionBay Japan)

<2008>

1. The solid contact characteristics and application of ProcessNet (FunctionBay)
2. A case of air conditioner using RecurDyn (Denso)
3. Creation and application of analysis model for quality engineering training (course) using RecurDyn (Seiko)
4. Development of audio installations for cars using RecurDyn (FUJITSU TEN)
5. Dynamic analysis of a motocycle engine for research and development (Honda)
6. A case of Fuji Xerox using RecurDyn (TOSHIBA TEC CORPORATION)
7. Comparison and verification of experiment and analysis with belt scew (FunctionBay Japan)

<2007>

1. Features and application of numerical Integrator: Concepts, features and methods for providing parameters using RecurDyn (FunctionBay)
2. A case of Fuji Xerox using RecurDyn (Fuji Xerox)
3. A case of universities using RecurDyn (Iwaki Meisei University)
4. Development of an excavator using RecurDyn (HITACHI)
5. Toolkit development for behavior analysis of engine (YAMAHA MOTOR CO. LTD)
6. Comparison and verification of the results from analyses using RecurDyn and actual experiment (FunctionBay)

<2006>

1. Copy machine simulation using MTT2D (Toshiba Tec)
2. Air conditioner unit simulation for construction machinery (Sanden)
3. Super Precision Production Equipment Design using RecurDyn (Canon)