Title
Cryogenic crashworthiness of LNG fuel storage tanks
Author
Atli-Veltin, B.
Vredeveldt, A.W.
Contributor
Guedes Soares, C. (editor)
Santos, T.A. (editor)
Santos, T.A. (editor)
Publication year
2014
Abstract
Shipping is gradually embracing natural gas as bunker fuel. The most viable way to store natural gas on board is in its liquid form. Gas needs to be cooled to cryogenic temperatures and in practice moderately pressurized. On board ships, solely double walled pressure tanks are used for this purpose. Loss of containment due to a collision, is one of the hazards to be addressed, because of both the flammable nature of natural gas and the low temperatures which will cause brittle fracture of the ship’s structure when spilled. This paper reports how the crash energy absorbing capacity of cryogenic tanks has been investigated, computationally and experimentally. Results show that the tanks can absorb a significant amount of energy without bursting. This information is considered in the frame of a larger picture and the required distances by the guidelines between the ship hull and tank on the deck is open to discussions. © 2015 Taylor & Francis Group, London.
Subject
Building Engineering & Civil Engineering
SD - Structural Dynamics
TS - Technical Sciences
Maritime & Offshore
Marine
Energy
Brittle fracture
Crashworthiness
Ships
Cryogenic tanks
Cryogenic temperatures
Double-walled
Energy-absorbing capacity
Low temperatures
Pressure tanks
Fuel storage
To reference this document use:
http://resolver.tudelft.nl/uuid:6dd216c6-b979-4f17-a2c9-3fa364a04d73
TNO identifier
572430
Publisher
CRC Press/Balkema
ISBN
9781138027275
Source
2nd International Conference on Maritime Technology and Engineering, MARTECH 2014, 15 October 2014 through 17 October 2014, 1, 441-448
Document type
conference paper