Fuyong Liu
ABSTRACT
Compared with the monohull, the catamaran has the advantages of high speed, good sea-keeping, smooth sailing and flexible maneuvering. The preliminary design of a high-speed catamaran is carried out based on the mother ship, according to the ship design specification, the structure design is carried out in aluminum alloy main hull body and FRP for the superstructure respectively. The finite element model is used to correctly simulate the FRP sandwich composite structure and realize the finite element analysis of the whole ship structure of the Aluminum -FRP composite catamaran with ANSYS New composite material processing module ACP (ANSYS Composite Pre/Post), besides, the bolt joint is checked and analyzed According to the fourth strength theory and the reasonable structure of Aluminum -FRP composite catamaran is finally obtained. Some Suggestions of structural design optimization are put forward accordingly.
- YZ LI, Q YIN, Y LIU (2004). Finite element analysis of strength of catamaran bridge. Marine Technology, 6, 18--21.Google Scholar
- H SHEN, C GENG, N LIU etc. (2010). Status and vista of wind-power generation in china and abroad. Journal of Henan Institute of Science and Technology, 38(1), 97--101.Google Scholar
- G.D. XU, W.Y. DUAN, G.X. WU (2008). Numerical simulation of oblique water entry of an asymmetrical wedge. Ocean Engineering, 08.Google Scholar
- XL WANG, XK GU (2010). Evaluation of the global design wave loads for a high speed wave piercing catamaran. Journal of Ship Mechanics, 2, 56.Google Scholar
- Roberto Ojeda (2004). Finite element investigation on the satic reponse of a composite catamaran under slamming loads. Ocean Engineering, 31(37), 901--929.Google Scholar
- L CUI (2008). Some Problems about the Aluminium Alloy Ships. SHIP&OCEAN ENGINEERING, 6, 5--7.Google Scholar
- L WEI (2014). Research of structure design and strength analysis for high-speed catamaran in offshore wind-farm maintenance. Jiangsu University of Science and Technology.Google Scholar
- YF GUAN, HQ HUANG, JY GU etc. (2011). FEA Calculation for Strength of Aluminum High-speed Passenger Catamaran. SHIP ENGINEERING, 6, 14--17.Google Scholar
- China Classification Society. Specification for classification and construction of high speed crafts at sea. Beijing: 2015.Google Scholar
- GN LI, QR CHEN, SQ ZHU etc. (2018). Study on Intact Stability of Asymmetric Catamaran. SHIPBUILDING OF CHINA, 04, 170--177.Google Scholar
- A CARCHEN, M ATLAR, S TURKMEN etc. (2019). Ship performance monitoring dedicated to biofouling analysis: Development on a small size research catamaran. APPLIED OCEAN RESEARCH, 05, 224--236.Google Scholar
- BK POST, PC CHESSER, RF LIND etc. (2019). Using Big Area Additive Manufacturing to directly manufacture a boat hull mould. VIRTUAL AND PHYSICAL PROTOTYPING, 14, 123--129.Google ScholarCross Ref
Index Terms
- Structural Design and Finite Element Analysis of Aluminum -FRP Composite Catamaran
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