Fig. 1 Design of quick coupling and dry disconnect coupling
Fig. 2 Design of quick coupling body
Fig. 3 Design of dry disconnect coupling body
Fig. 4 Design of quick coupling disc와 stem, bush
Fig. 5 Design of dry disconnect coupling connector and disc
Fig. 6 Quick Coupling Process
Fig. 7 Dry Disconnect Coupling Process
Fig. 8 4-inch QC/DC/ERC/Bellows 1.5MPa Pressurized
Fig. 9 4-inch QC/DC/ERC/Bellows 12° displacement test
참고문헌
- Sung-Cheol Jang, Hyun-Cheol Jung, Jeong-Pil Eom, "CFD/CAE Analysis of QC/DC Bellows for LNG Bunkering", KSIC, Vol. 21, No. 5, pp.191-196.
- Rohit George Sebastian, Satheesh Kumar S., 2014, "DESIGN OF QUICK CONNECTDISCONECT HYDRAULIC COUPLING", Internationa l Journal of Recent advances in Mechanical Engineering (IJMECH) Vol.3, No.3, August
- 정현철, 장성철, 2018, "밸로우즈가 설치된 LNG 벙커링 장치", 특허출원, 10-2015-0022189
- ANSYS User's Guide. Release 17.0.
- Sung-Cheol Jang, Min-Soo Kwon, Chang-Myung Seo, Hyun-Cheol Jung, Jeong-Pil Eom, Kyu-Jin Shim 2018, "Basic Design of QC/DC Bellows for LNG Bunkering Vessel", Proceedings of the 2018, KSPSE Spring Conference.
- Chang-Myung Seo, Min-Soo Kwon, Sung-Cheol Jang, Hyoen-Chul Jeong, Joong-Ho Park, 2018, "Structural Analysis of Ship to Ship Cryogenic Ballows", Proceedings of the 2018 KSICON Spring Conference.