[T-3] Model Based Systems Engineering

Fri. Mar 4, 2022 11:00 AM - 12:40 PM Meeting Room33 (3F)

Chair:Yuuki Tomita(JAXA)

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11:00 AM - 11:20 AM

[2022-t-10] Model-Based Development Method Construction Utilizing Multi-Physics System-Level Modeling and Simulation towards Automatic Docking System Demonstration on HTV-X

*Kaname Kawatsu¹, Tadashi Masuoka¹, Kenta Nagahama¹, Yuki Tomita¹, Takashi Uchiyama¹, Takara Tanaka², Koshiro Usuku², Jun Sasaki² (1. Japan Aerospace Exploration Agency, 2. IHI-Aerospace)

11:20 AM - 11:40 AM

[2022-t-11] Behavior Analysis and Integration of HTV-X Automated Docking Demonstration Mission with Model Based Systems Engineering Approach

*Yuki Tomita¹, Hiroki Umeda¹, Kaname Kawatsu¹, Shunsuke Iwai², Koshiro Usuku³, Daisuke Tsujita⁴, Hideki Nomoto⁵, Shohma Takatsuki¹, Masatoshi Horikawa¹, Takashi Uchiyama¹, Maki Maeda¹ (1. Japan Aerospace Exploration Agency, 2. Mitsubishi Electric Corporation, 3. IHI Aerospace Corporation, 4. Mitsubishi Heavy Industries, Ltd, 5. Japan Manned Space Systems Corporation)

11:40 AM - 12:00 PM

[2022-t-12] Novel Design Methodology of Satellite FDIR Architecture
with Trade-off Between Reliability and Complexity

*Taiki Karakawa¹, Ryu Funase¹, Shinichi Nakasuka¹ (1. The University of Tokyo)

12:00 PM - 12:20 PM

[2022-t-13] Framework for Model-Based Approach of Life Cycle Risk Management for Spacecraft Liquid Propulsion System

*Kaname Kawatsu^1,2, Yu-ichiro Izato², Atsumi Miyake² (1. Japan Aerospace Exploration Agency, 2. Yokohama National University)

12:20 PM - 12:40 PM

[2022-t-14] Development of a Dynamic Response Model Considering Trapped Gas Effect for Spacecraft Liquid Propulsion Systems

*Himeko Yamamoto¹, Kaname Kawatsu¹, Yu Daimon¹, Go Fujii¹ (1. Research and Development Directorate, JAXA)

Session information

[T-3] Model Based Systems Engineering

[2022-t-10] Model-Based Development Method Construction Utilizing Multi-Physics System-Level Modeling and Simulation towards Automatic Docking System Demonstration on HTV-X

[2022-t-11] Behavior Analysis and Integration of HTV-X Automated Docking Demonstration Mission with Model Based Systems Engineering Approach

[2022-t-12] Novel Design Methodology of Satellite FDIR Architecture
with Trade-off Between Reliability and Complexity

[2022-t-13] Framework for Model-Based Approach of Life Cycle Risk Management for Spacecraft Liquid Propulsion System

[2022-t-14] Development of a Dynamic Response Model Considering Trapped Gas Effect for Spacecraft Liquid Propulsion Systems

Authentication

Session information

[T-3] Model Based Systems Engineering

[2022-t-10] Model-Based Development Method Construction Utilizing Multi-Physics System-Level Modeling and Simulation towards Automatic Docking System Demonstration on HTV-X

[2022-t-11] Behavior Analysis and Integration of HTV-X Automated Docking Demonstration Mission with Model Based Systems Engineering Approach

[2022-t-12] Novel Design Methodology of Satellite FDIR Architecturewith Trade-off Between Reliability and Complexity

[2022-t-13] Framework for Model-Based Approach of Life Cycle Risk Management for Spacecraft Liquid Propulsion System

[2022-t-14] Development of a Dynamic Response Model Considering Trapped Gas Effect for Spacecraft Liquid Propulsion Systems

Authentication

[2022-t-12] Novel Design Methodology of Satellite FDIR Architecture
with Trade-off Between Reliability and Complexity