A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Underwater deployment method using a hull gateway
This thesis project was completed by Stanislav Abramov and supervised by the Head of the Automation Degree Programme Antti Aimo. After receiving knowledge and experience in offshore operations the author decided to combine this with the knowledge acquired at the university and the idea for this thesis was born. The purpose of this thesis was to find the optimal solution for an underwater deployment of vehicles in vessels through a hull gateway. Correct maintenance practices and recommendations were studied for this project for it to become more practical. RCM objectives were implemented for a better appliance in the demanding field of offshore operations. The first encountered source among offshore installation guidelines was International Marine Contractors Association that provides theoretical data and is a globally approved organization setting operational standards in maritime operations. Other sources used here revolved around maintenance and hydraulics. The final result of this research project was a creation of equipment that made deployment environment safer and usable in weather conditions of increased caution. For further development a few ideas were conceived including the possibility of implementing building automation to the compartment and creating a prototype of the developed system as it was designed virtually.
Underwater deployment method using a hull gateway
This thesis project was completed by Stanislav Abramov and supervised by the Head of the Automation Degree Programme Antti Aimo. After receiving knowledge and experience in offshore operations the author decided to combine this with the knowledge acquired at the university and the idea for this thesis was born. The purpose of this thesis was to find the optimal solution for an underwater deployment of vehicles in vessels through a hull gateway. Correct maintenance practices and recommendations were studied for this project for it to become more practical. RCM objectives were implemented for a better appliance in the demanding field of offshore operations. The first encountered source among offshore installation guidelines was International Marine Contractors Association that provides theoretical data and is a globally approved organization setting operational standards in maritime operations. Other sources used here revolved around maintenance and hydraulics. The final result of this research project was a creation of equipment that made deployment environment safer and usable in weather conditions of increased caution. For further development a few ideas were conceived including the possibility of implementing building automation to the compartment and creating a prototype of the developed system as it was designed virtually.
Underwater deployment method using a hull gateway
Abramov, Stanislav (author) / Hämeen ammattikorkeakoulu
2015-01-01
10024/1769
Theses
Electronic Resource
English
MC 312 typhoon - Underwater hull cleaning system
Online Contents | 2005
Morphing hull implementation for unmanned underwater vehicles
| British Library Online Contents | 2013
DEPLOYMENT METHOD OF UNDERWATER CONTAMINATION PREVENTATIVE DEVICE
| European Patent Office | 2024
Design of a Gateway for Remotely Underwater Vehicles
| British Library Conference Proceedings | 2012
Underwater dredging system for hull garbage cleaning and recycling
| European Patent Office | 2022