Source

Developments in marine technology

ISSN: 0928-2009

Source type: book series

Fully OA: No

DOAJ: No

OpenAlex ID: S4210168045

Use of non-linear sea-loads simulations in design of ships

1998 · L.J.M Adegeest, A. Braathen, et al. · Developments in marine technology · 28

Failure criteria for ship collision and grounding

1998 · L. Zhu, A.G. Atkins · Developments in marine technology · 26

Numerical study of the impact of water on cylindrical shells, considering fluid-structure interactions

1998 · M. Arai, T. Miyauchi · Developments in marine technology · 25

On ductile rupture criteria for structural tear in the case of ship collision and grounding

1998 · E. Lehmann, X. Yu · Developments in marine technology · 24

H2O: The Hawaii-2 observatory

2002 · A.D. Chave, F.K. Duennebier, et al. · Developments in marine technology · 22

The Prediction of ship's manoeuvring performance in initial design stage

1998 · Ho-Young Lee, Sang-Sung Shin · Developments in marine technology · 21

A study on the improved tanker structure against collision and grounding damage

1998 · O. Kitamura, T. Kuroiwa, et al. · Developments in marine technology · 19

Towards a permanent deep sea observatory: The GEOSTAR European experiment

2002 · P. Favali, G. Smriglio, et al. · Developments in marine technology · 17

Prediction of excessive rolling of cruise vessels in head and following waves

1998 · H.R. Luth, R.P. Dallinga · Developments in marine technology · 14

From ABEL to GEOSTAR: Development of the first european deep-sea scientific observatory

2002 · F. Gasparoni, D. Calore, et al. · Developments in marine technology · 10

An investigation into effective boss cap designs to eliminate propeller hub vortex cavitation

1998 · M. Atlar, G. Patience · Developments in marine technology · 10

Structural Dynamic Loadings Due to Impact and Whipping

1998 · Kenneth Weems, Sheguang Zhang, et al. · Developments in marine technology · 9

Wave Drift Forces and Responses in Storm Waves

1998 · C.T. Stansberg, R. Yttervik, et al. · Developments in marine technology · 9

Deep sea challenges of marine technology and oceanographie engineering

2002 · G. Clauss, S. Hoog · Developments in marine technology · 8

Hull form modelling using NURBS curves and surfaces

1998 · M. Ventura, C. Guedes Soares · Developments in marine technology · 8

Development of seismic real-time monitoring systems at subduction zones around Japanese islands using decommissioned submarine cables

2002 · J. Kasahara · Developments in marine technology · 7

Wave drift forces of a very large flexible floating structure

1998 · H. Maeda, T. Ikoma, et al. · Developments in marine technology · 6

Sea trial experience of the first passenger cruiser with podded propulsors

1998 · R. Kurimo · Developments in marine technology · 6

BEAK-BOW to reduce the wave added resistance at sea

1998 · Koichiro Matsumoto, Shigeru Naito, et al. · Developments in marine technology · 6

Gravimeter for deep sea measurements

2002 · V. Iafolla, S. Nozzoli · Developments in marine technology · 5

Design Studies of the Manoeuvring Performance of Rudder-Propeller Systems

1998 · A.F. Molland, S.R. Turnock, et al. · Developments in marine technology · 5

A Prediction method for the shipping water height and its load on deck

1998 · Yoshitaka Ogawa, Harukuni Taguchi, et al. · Developments in marine technology · 5

On the effect of green water on deck on the wave bending moment

1998 · Zhaohui Wang, Jørgen Juncher Jensen, et al. · Developments in marine technology · 5

Automatic hull form generation: a practical tool for design and research

1998 · R.W. Birmingham, T.A.G. Smith · Developments in marine technology · 5

Added resistance of a ship moving in small sea states

1998 · Sverre Steen, Odd M. Faltinsen · Developments in marine technology · 5

Works count: 152

Citation count: 433

H-index: 10

I10-index: 11

2yr mean citedness: