This report is a study of Swedish traditional ships and their safety organization. The focus is on how the non-profit organizations that operate the traditional ships can adapt to current regulations in the best way. Initially a background on traditional ships, their organization and regulations that regulates them will be presented.The study is focused on which parts that can be more important in the safety organizations for traditional ships. The questions also includes if a non-profit organization might affect the safety and how the role as designated person should be handled in these organizations. Furthermore the study addresses how a non-profit organization that operates traditional ships might improve their safety organization.The information is gathered by interviews with persons that work with safety, controls safety organizations or is active in organizations that operate traditional ships.

In a recently published official Report from the Swedish Government (SOU 2010:73) a leg- islative proposal has been introduced. Its main purpose is to prevent parallel registrations of ships that are bareboat chartered to other countries. The legislative proposal claims that by preventing parallel registration of ships the Swedish Maritime Code will better corre- spond with the UN convention on the law of the sea.The UN convention on the law of the sea clearly states that ships are forbidden to fly two flags. There is however no restriction concerning parallel registration, simultaneously, in two registers. A ship that is bareboat chartered out from Sweden does not fulfil criteria re- quired in order to be deregistered, according to the Swedish maritime code.

This paper deals with how seamen onboard merchant ships flying the Swedish flag apprehendthe culture, information and leisure possibilities that offer them by the Swedish GovernrnentSeamen's Service, HKF.The objective with this work is two folded: first of all suggest some actions to be taken inorder to improve the situation for seamen, based on the results from interviews with crewsonboard three merchant ships.Secondly, draw the attention to HKF's activity in general and to the activity of the SwedishSeamen's Library in particular, for people working within libraries.The result of this examination shows that people onboard really regards the service carriedout by HKF as very good in general, but there are some activities which hopefully can beimproved. However, perhaps the most important role can be played by the shipping companies,based on the wishes that came about from the seamen. These conclusions and discussion aredealt within chapter 8..

In present there is no Swedish legislation regulating bareboat registration of Swedish ships. Despite this absence however shipowners with vessels already registered in the Swedish Vessel Register do not hesitate to take advantage of the positive aspects of bareboat registration and thereby allowing the registration of their ships in another State as well. The fact that there is a lack of legislation in this area has left a legal loophole resulting in Swedish ships being registered in a second State without any regulation providing options or protection for the different parties involved. With this as a background, the main objective of this thesis is to analyze parallel registration of ships, its consequences and the future of dual registration in Sweden. To fulfil this objective another aim is to impart a collected legal and economical presentation of the problems that may occur when a bareboat chartered vessel is registered in two different States simultaneously.

  During the 2000s, the ship owners have become more and more concerned thattheir ships save fuel. Several projects have been undertaken to exploit the resourcesavailable on board today?s vessels to reduce fuel consumption. As a stepin this the Swedish Meteorological and Hydrological Institute (SMHI) today offera Weather Routing service to ships. By planning your route more effectivelymuch fuel can be saved.This thesis has been about developing a fuel prediction program (FPP) forhow much fuel a ship consumes in different sea conditions.

An ethnographic study loosely informed by the theoretical framework of distributed cognition was carried out in order to describe how mariners have adopted the Automatic Identification System (AIS) in their work practice, or"made the technology their own". AIS is a transponder-based identification and communication system that allows ships to automatically identify and track each other. In addition to facilitating the identification and tracking of ships, objectives behind the introduction of AIS are to"simplify informational exchange", and"provide additional information to assist situation awareness". Participant observation and interviews were made at four different ships, as well as at two shore stations. A focus group was also held at a maritime conference.

Today, maintenance is a big part of the daily life on board ships. It is also one of the bigger expenses a shipping company has and without any loss of quality tries to run as economically advantageous as possible. In the hunt for economical savings the shore-based industry has subsequently applied the use of condition based maintenance, CBM, were a component is maintained according to its actual state. This leads to a reduction of maintenance costs since no parts are unnecessarily replaced. However, within the maritime sector a periodical maintenance is still the most commonly used maintenance system.The purpose of this paper is to chart the factors that are the reason for the low implementation of CBM on board the Swedish merchant fleet's ships.

From underwater boat to submarine ? The development of the Swedish submarine service 1945-1960 The scope of this essay is the development of the Swedish submarine service during the period 1945-1960. The aim is to answer the following questions:- What kind of new technology did Sweden acquire when salvaging the German type XXI submarine off Gothenburg at the end of World War II?- In what respect did this technology differ from that of the Royal Swedish Navy and did it subsequently contribute to the tactical and operational development?- What tactical and operational development was accomplished between 1945-1960?The timeframe, 1945-1960, was chosen since this is when the analysis of the salvaged type XXI submarine and related effects was conducted. Furthermore, it is also during this time that the Swedish submarine service is beginning to evolve as a result of the new knowledge mentioned above and the experiences made by both the allies and the Germans during World War II.The theoretical framework primarily refers to the theories on naval warfare by Sir Julian Corbett.

The purpose of this thesis is to investigate the possibilities for shore side electricity in the ports of Västerås and Köping. A technical solution to connect the vessels to the local grid is suggested and the investigation is also aiming at an understanding of how the environment is affected by the use of shore side electricity. Furthermore, the costs of shore side electricity are considered.The maximum power demand of a vessel visiting the ports today is relatively small, but the ships visiting the ports in the future might have a larger power demand. The suggested dimension for the system is 5 MW and the result shows that the shore side electricity requires the power distribution to the ports to be expanded. The most useful solution in the ports is to connect the ships with 12 kV from a connection box in a pit at the quay.The investigation of the costs shows that it is cheaper for the ships to use electricity compared to the marine fuel.

From underwater boat to submarine ? The development of the Swedish submarine service 1945-1960 The scope of this essay is the development of the Swedish submarine service during the period 1945-1960. The aim is to answer the following questions:- What kind of new technology did Sweden acquire when salvaging the German type XXI submarine off Gothenburg at the end of World War II?- In what respect did this technology differ from that of the Royal Swedish Navy and did it subsequently contribute to the tactical and operational development?- What tactical and operational development was accomplished between 1945-1960?The timeframe, 1945-1960, was chosen since this is when the analysis of the salvaged type XXI submarine and related effects was conducted. Furthermore, it is also during this time that the Swedish submarine service is beginning to evolve as a result of the new knowledge mentioned above and the experiences made by both the allies and the Germans during World War II.The theoretical framework primarily refers to the theories on naval warfare by Sir Julian Corbett.

I ett flertal länder pågår en utveckling av så kallade ?All electric ship? som innebär atttraditionella framdriftsystem bestående av motor-reduktionsväxel-axel-propeller ersätts meddiverse typer av elmotorer som driver propellern. Denna utveckling fortgår även inomfartygens hjälpsystem, det vill säga hydrauliska och pneumatiska pumpar, vridmotorer ochkolvar ersätts med elektriskt drivna aktuatorer. Orsaken till att man driver denna utveckling ärbland annat att minska utstrålat buller, minska energiförbrukning, minskaunderhållskostnader, öka livslängden och öka flexibiliteten i design av fartyg.Syftet med detta självständiga arbete är att utreda vilka tekniskt/taktiska fördelar Sverige kanfå om vi driver utvecklingen av svenska ubåtar mot AES. Detta självständiga arbete kommeratt begränsa sig till ett fåtal av de system som finns ombord på en ubåt och undersöka omdagens hydrauliska system kan ersättas med elektriskt drivna aktuatorer utifrån degrundläggande förmågorna ledning, underrättelser, verkan, rörlighet, uthållighet och skydd.Metoden som används för att analysera dessa eventuella fördelar med en utveckling av ubåtarmot AES är en analys av texter, denna analys bygger på ett kvalitativt tänkande.

This paper deals with challenges associated with handling scrubber waste in the port of Karlshamn and what various industry partners are doing to meet this growing demand. The main challenges have been the proportion of ships with scrubber, the amount of generated waste and waste characterisation. An understanding of these factors has been crucial in order to ascertain the aim of this study, which has been made with calculations based on leading manufacturer?s scrubber analyses and with an estimation of the quantity of ships with scrubber by examining AIS data from the Port of Karlshamn. In order to calculate the quantity of scrubber waste two different scenarios were established, which in turn produced two different outcomes.

In this study bone material from six stone ship settings and a total of seven deposits of bones from two sites on the island of Gotland have been analyzed. Four ship settings from the burial site at Gålrum in Alskog parish and two from Tängelgårda in Lärbro parish. The ships contained both cremated remains and inhumations.  Human remains were identified in five of the analyzed ship settings and a minimum of six individuals was identified in total.  Animals were found in three of the ship settings, where one of them contained only the burned remains of a dog. Two of the ships contained inhumations, one in Gålrum and one in Tängelgårda.

Feedback is a tool that can be used to give students the confirmation of their accomplishments , helping them to increase understanding of the results of a performance and to alert students if change is required for future performance. Other studies and reports regarding clinical practice in education has shown that students feel that feedback has good impact on learning and positive effects such as enhanced self-confidence. Onboard training forms a major part of the education at the four-year nautical science education in Kalmar, in four years, one year is spent on board ships. Therefore, the purpose of this study was to find out how students at the four-year nautical science program in Kalmar felt that they receive feedback after completing on board training and how they wish that such feedback would be given. Six students were interviewed, three from grade one and three from grade three.

On board ships different type of maintenance activities take place. Some of those require working with vibrating handheld tools. Traditionally there is a high awareness of the risks with different type of duties such as protecting the skin from oil or other chemicals, the eyes from splashes and hearing from high noise levels. The experience we have from our time as on-board cadets are that there is less information about vibration hazards available compared to the information concerning other hazards on board.There are threshold values that workers, by law, are not allowed to exceed when working with handheld vibrating tools. The purpose of this study is to investigate how common the use of this type of equipment that can cause damage by vibrations, to the hands and arm amongst the deck crew, and if the crew informed about the risks involved.