Rigid Finite Element Method In Modelling The Dynamics Of Risers And Considering Large Deflections
Iwona Adamiec-Wójcik
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Profil Orcid et Stanisław Wojciech
Profil Orcid Developing Ergonomic Practices on Board Ships: A Pilot Study Based on a Multiple Regression Approach
, Nikola Krstinić
Profil Orcid et Igor Jelaska
Profil Orcid Biomass As An Alternative Fuel – Selected Aspects
Wojciech Zeńczak
Profil Orcid et Air Cushion Icebreaking Platforms: Innovative Approaches to Ice Destruction and Parameter Optimisation
Mingwei Xu
Profil Orcid, , , Volodymyr Zaytsev
Profil Orcid et Victoria Lukashova
Profil Orcid Numerical Simulation to Investigate the Influence of Welding Sequences and Boundary Conditions on the Mechanical Behaviour of Gusset Joints
Eric Caballero
Profil Orcid, Hector Ruiz
- Research and Innovation Center for Education, Science and Technology (CIIECYT-AIP)Panama City, Panama
- Specialized Superior Technical Institute (ITSE)Panama City, Panama
- The National Research System (SNI), SENACYTPanama City, Panama
Profil Orcid et Juan Blandon
Profil Orcid Numerical Study of the Hydrodynamic Performance of Rim-Driven Propulsion Featuring a Modified 19A Duct
Hassan Ghassemi
Profil Orcid, et POLISH MARITIME RESEARCH is a scientific journal with a worldwide circulation. This journal is published quarterly (four times a year) by Gdansk University of Technology (GUT). On September 1994, the first issue of POLISH MARITIME RESEARCH was published.
The main objective of this journal is to present original research, innovative scientific ideas, and significant findings and applications in the field of: Naval Architecture, Ocean Engineering and Underwater Technology. The scope of the journal covers selected issues related to all phases of product lifecycle and corresponding technologies for offshore floating and fixed structures and their components.
The scope of the journal covers selected issues related to:
- offshore floating and fixed structures and their components such as:
- all types of vessels and their equipment
- fixed and floating offshore units and their components
- autonomous underwater vehicle (AUV) and remotely operated vehicle (ROV)
- phases of their lifecycle and corresponding technologies such as: concept development; design; production and manufacturing; use and maintenance; decommissioning and recycling.
The offshore floating and fixed structures include:
- offshore floating and fixed drilling and production platforms
- offshore floating and fixed wind farms
- offshore wave energy extraction technologies
- foundation engineering
- underwater components (risers, cables and moorings)
- infrastructure elements (pipelines and pipeline terminals).
We welcome submissions from these fields in the following technical topics (but not limited to:):
- ship hydrodynamics: buoyancy and stability, ship resistance and propulsion, etc.
- structural integrity of ship and offshore unit structures: materials, welding, fatigue and fracture, etc.
- marine equipment: ship and offshore unit power plants, overboarding equipment, etc.
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