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Development of M&S Model for Helicopter Rotor Blades Dynamic Analysis using Modelica
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 Title & Authors
Development of M&S Model for Helicopter Rotor Blades Dynamic Analysis using Modelica
Park, Joongyong;
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 Abstract
This paper describes modeling & simulation(M&S) model for dynamic analysis of helicopter rotor blades. Simulation model is developed using Dymola tool which implements the open source language - Modelica. Modelica is appropriate for developing multibody dynamic analysis model. To develop an M&S model efficiently, model based systems engineering(MBSE) is applied. Some diagrams such as requirement diagram, block definition diagram and sequence diagram etc. are drawn to capture the concept of M&S model. This activity is done utilizing the open source tool - Papyrus.
 Keywords
Modelica;Modeling & Simulation;MBSE;SysML;
 Language
Korean
 Cited by
 References
1.
Sanford Friedenthal and Roger Burkhart, "Evolving SysML and the System Modeling Environment to Support MBSE", INSIGHT Vol 18. Issue 2, 2015.

2.
Object Management Group, OMG Systems Modeling Language (OMG $SysML^{TM}$), Version 1.3, 2012.

3.
Sanford Friedenthal, Alan Moore and Rick Steiner, A Practical Guide to SysML, Elsevier, p29, 2012.

4.
Modelica Association, $Modelica{(R)}$ - A Unified Object-Oriented Language for Systems Modeling Language Specification, Version 3.3 Revision 1, 2014.

5.
Hubertus Tummescheit, "Modelica and FMI - Two disruptive open standards for modelbased systems engineering", NDIA SE Modeling & Simulation Committee Meeting, 2014. 2. 11.

6.
Seungkil Paek and Seong-yong Wie, "Development of Freewake Aerodynamic FMU complying FMI Standard", KSAS Fall Conference, 2015. 11. 18.