Terminal Report of the Northern Corridor
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Five Baltic Ports Together: Forecasts, Trends and Recommendations
TURUN YLIOPISTON MERENKULKUALAN KOULUTUS- JA TUTKIMUSKESKUKSEN JULKAISUJA PUBLICATIONS OF THE CENTRE FOR MARITIME STUDIES UNIVERSITY OF TURKU A 68 2013 FIVE BALTIC PORTS TOGETHER: FORECASTS, TRENDS AND RECOMMENDATIONS Holma Elisa Hunt Tõnis Lappalainen Anssi Mustonen Maria Nõmmela Kaidi Portsmuth Raivo Yliskylä-Peuralahti Johanna TURUN YLIOPISTON MERENKULKUALAN KOULUTUS- JA TUTKIMUSKESKUKSEN JULKAISUJA PUBLIKATIONER AV SJÖFARTSBRANSCHENS UTBILDNINGS- OCH FORSKNINGSCENTRAL VID ÅBO UNIVERSITET PUBLICATIONS OF THE CENTRE FOR MARITIME STUDIES UNIVERSITY OF TURKU A 68 2013 FIVE BALTIC PORTS TOGETHER: FORECASTS, TRENDS AND RECOMMENDATIONS Holma Elisa Hunt Tõnis Lappalainen Anssi Mustonen Maria Nõmmela Kaidi Portsmuth Raivo Yliskylä-Peuralahti Johanna Turku 2013 JULKAISIJA / PUBLISHER: Turun yliopisto / University of Turku MERENKULKUALAN KOULUTUS- JA TUTKIMUSKESKUS CENTRE FOR MARITIME STUDIES Käyntiosoite / Visiting address: ICT-talo, Joukahaisenkatu 3-5 B, 4.krs, Turku Postiosoite / Postal address: FI-20014 TURUN YLIOPISTO Puh. / Tel. +358 (0)2 333 51 http://mkk.utu.fi Painosalama Oy Turku 2013 ISBN 978-951-29-5487-2 (printed) ISBN 978-951-29-5488-2 (pdf) ISSN 1456-1816 FOREWORD Ports that operate as gateways have always been sensitive to changes in socio-economic trends. Ports enable the carriage of goods by sea, thus they are subject changes triggered by many factors: changes in the socio-economic structures of the regions they serve, changes in legislation, changes due to environmental issues and so on. Adapting to changes requires a proactive and collaborative attitude from the whole port community. Ports need to be aware of the factors that cause change but they can also affect their own future by creating demand, establishing new relations and by attracting shipowners. -
Höghastighetståg Oslo–Karlstad– Stockholm
C Enskild motion Motion till riksdagen 2017/18:1495 av Daniel Bäckström (C) Höghastighetståg Oslo–Karlstad– Stockholm Förslag till riksdagsbeslut Riksdagen ställer sig bakom det som anförs i motionen om att ta ytterligare initiativ som utvecklar det svensk-norska samarbetet för planläggning och projektering av en driftssäker och snabb järnvägsförbindelse där resan tar högst tre timmar mellan Oslo och Stockholm, och detta tillkännager riksdagen för regeringen. Motivering Arbetet med att stärka tågens betydelse, kapacitet och konkurrenskraft pågår i såväl Norge som Sverige. Det genomförs projekt och utredningar för att analysera och beskriva förutsättningarna för investeringar i olika stråk och korridorer, på kort och lång sikt. Engagemanget och samarbetet mellan regionerna har stärkts de senaste åren och det har bildats bolag Oslo–Stockholm 2.5 AB i syfte att påskynda utbyggnaden av bättre tågtrafik mellan Oslo och Stockholm. Allt fler offentliga och privata aktörer lyfter nu betydelsen av en snabb järnvägsförbindelse och intresset ökar bland investerare och företag. Analyser som gjorts visar att sträckan har unika förutsättningar att vara en samhällsekonomisk investering. 16 företag från nio länder har haft ett första arbetsmöte i Örebro för att diskutera intäktsmodeller, finansieringsmodeller och modell för samverkan mellan företag, kommun och stat. Behovet av investeringar i infrastruktur är betydligt större än vad som kan göras med statlig anslagsfinansiering. Det är därför positivt att fler aktörer engagerar sig i frågan och ser betydelsen av att bygga infrastruktur som stärker den norsk-svenska arbetsmarknaden, ökar företagskontakterna, investeringarna och pendlingen. Sträckan Oslo–Karlstad–Stockholm är den mest intressanta när det gäller möjligheterna att få fler att resa med tåg istället för flyg, då ökningstakten är mycket högre på denna sträcka jämfört med till exempel Stockholm–Köpenhamn eller Oslo– Köpenhamn. -
SPECIAL ISSUE on Southwest Finland
May 2014 I S S U E n o . 3 SPECIAL ISSUE ON Southwest finland kari mäkinen The Baltic Sea – a meeting point for ecclesial traditions petteri Orpo Turku and Southwest Finland – active in business and cross-border cooperation Aleksi randell Turku Pro Baltic Juho savo – long term The Baltic commitment Sea – on my for Baltic Sea mind cooperation To receive a free copy, register at www.utu.fi/pei The Pan-European Institute publishes the Baltic Rim Economies (BRE) review which deals with the development of the Baltic Sea region. In the BRE review, public and corporate decision makers, representatives of Academia, and several other experts contribute to the discussion. Pan-European Institute ISSN 1459-9759 Editor-in-Chief | Kari Liuhto (responsible for writer invitations) Technical Editor | Saara Majuri University of Turku Turku School of Economics Pan-European Institute Rehtorinpellonkatu 3 FI-20500 TURKU, Finland Tel. +358 2 333 9567 www.utu.fi/pei 14.5.2014 Baltic Rim Economies ISSUE # 3 expert articles Kari Mäkinen 4 Rikumatti Levomäki 20 Tapio Reponen 35 The Baltic Sea – a meeting point for Life science city Turku ‒ real triple helix University of Turku has an active ecclesial traditions participation in Baltic Sea region Hanna Halme 21 development Petteri Orpo 5 Global human and environmental Turku and Southwest Finland – health company in Turku ‒ making a Juha Kettunen 36 active in business and cross-border difference, every day A glimpse at the migration flows in cooperation the Baltic Sea region Jaakko Saari 22 Juho Savo 6 Growing opportunities -
Turku Stabbings on 18 August 2017
Turku stabbings on 18 August 2017 P2017-01 FOREWORD On 19 October 2017, the Government appointed an investigation team pursuant to Section 32 of the Safety Investigation Act (525/2011) to investigate the stabbings that took place in Turku on 18 August 2017, in which two people died and eight were injured. The investigation is of an exceptional incident as referred to in Chapter 5 of the Safety Investigation Act. The investigation team attached to the Ministry of Justice is led by Chief Safety Investigator Kai Valonen from the Safety Investigation Authority. The team consists of Mika Hatakka (PhD in Psychology), Vesa Lind (Chief Physician), Marja Nyrhinen (Head Coordinator of Immigra- tion Affairs), Olli Ruohomäki (Visiting Senior Fellow), Tarja Wiikinkoski (Director) and Kari Ylönen (Master of Political Sciences). Head of Communications Sakari Lauriala contributed to the investigation in terms of communications. Sometrik Oy and Optifluence Oy prepared a so- cial media analysis for the investigation team at their request. A safety investigation establishes the course of events, causes and consequences as well as the rescue operations and actions of the authorities. Cause refers to the various underlying fac- tors of the incident and the direct and indirect factors affecting it. Any deficiencies in regula- tions and provisions on safety and the authorities are established, if necessary. The investigation report includes an account of the course of events, the factors that led to the incident, the consequences of the incident and safety recommendations to the competent au- thorities and other actors for measures that are necessary to increase public safety, prevent new incidents, prevent damage and to enhance the efficiency of rescue operations and other actions of the authorities. -
Avtal Avtale
AVTAL AVTALE mellan mellom Samferdselsdepartementet och Samferdselsdepartementet og Trafikverket som Uppdragsgivare Trafikverket som Oppdragsgiver och og SJ AB som Leverantör SJ AB som Leverandør Om utfdrandet av internationell persontransport Om utførelse av internasjonal persontransport med tåg på sträckan med tog på strekningen Oslo-Karistad (- Oslo-Karlstad (-Stockholm) Stockholm) 1 Parterna 1 Partene Samferdselsdepartementet, Postboks Samferdselsdepartementet, Postboks 8010 Dep., 0030 Oslo och 8010 Dep., 0030 Oslo og Trafikverket, Box 810, 781 28 Trafikverket, Box 810, 781 28 Borlånge, nedan kallad Borlånge heretter benevnt Uppdragsgivaren. Oppdragsgiver. SJ AB, org.nr 556196-1599, 105 50 SJ AB, org.nr. 556196-1599, 105 50 Stockholm, nedan kallad Stockholm heretter benevnt Leverantören. Leverandør. Samferdselsdepartementet, Trafikverket och Samferdselsdepartementet, Trafikverket og SJ AB har slutit följande avtal med bilagor SJ AB har inngått følgende avtale med bilag (nedan kallat Avtalet) om köp av (benevnt som Avtalen) om kjøp av internationell persontransport med tåg på internasjonal persontransport med tog på sträckan Oslo-Karlstad (-Stockholm). strekningen Oslo-Karlstad (-Stockholm). 2 Avtalets bakgrund och syfte 2 Bakgrund og mål med avtalen Det Övergripande syftet med avtalet år att Det overordnede formål med avtalen er å uppråtta dagliga direkta tågförbindelser på skape daglige direkte togforbindelser på sträckan Oslo-Karlstad-Stockholm. Den strekningen Oslo-Karlstad-Stockholm. Det avtalade tågtrafiken ska genomföras mot avtalte togtilbudet skal drives på bakgrunn av bakgrund av ett nettokontrakt dår en nettokontrakt der Leverandøren har Leverantören ansvarar för både intåkter och ansvar for både inntekter og kostnader. Den kostnader. Den aktuella trafiken ingår som en aktuelle trafikken inngår som en del av SJ:s del av SJ:s ordinarie trafikutbud. -
A Voluntary Local Review 2020 Turku
A Voluntary Local Review 2020 The implementation of the 2030 Agenda for Sustainable Development in the City of Turku Opening statement by the Mayor Cities are facing major challenges – climate change, digitalisation and the ageing and increasingly diverse population greatly impact on cities’ field of operation and require cities to be able to adapt to constant change. Adaptation and adjustment to conventional ways of doing things is also needed in order to reach sustainability on a global level. Cities and city networks have an ever-growing role to play as global influencers and local advocates in achieving the Sustainable Development Goals. Succeeding in accelerating sustainable development requires strong commitment and dedication from the city’s decision-makers and the whole city organization. Turku has a long tradition in promoting sustainable development and we want to make sure Turku is a good place to live in the future as well. Turku also wants to take responsibility and set an example in solving global sustainability challenges. That is why I consider it very important that Turku is among the first cities to participate in reporting city-level progress of achieving the Sustainable Development Goals. With this first VLR report, I am very proud to present the systematic work being done in Turku for sustainable development. I hope that the cities’ growing role in implementing the 2030 Agenda for Sustainable Development becomes more visible to citizens, business life, organisations, other cities, government and other interest groups. Together we have a chance to steer the course of development in a more sustainable direction. A Voluntary Local Review 2020, The implementation of the 2030 Agenda for Sustainable Development in the City of Turku Minna Arve Authors: City of Turku. -
Probabilistic Fracture Mechanics: PTS Screening Criteria for RTNDT, Application of FAVOR Code to a German KONVOI Plant
20th International Conference on Structural Mechanics in Reactor Technology (SMiRT 20) Espoo, Finland, August 9-14, 2009 SMiRT 20-Division 6, Paper 1785 Probabilistic fracture mechanics: PTS Screening criteria for RTNDT, application of FAVOR code to a German KONVOI plant Ralf Tietea and Norbert Schlüterb aAREVA NP GmbH, Erlangen, Germany, e-mail: [email protected] bKernkraftwerke Lippe-Ems GmbH, Lingen, Germany Keywords: Probabilistic fracture mechanics, reactor pressure vessel, FAVOR, PTS Screening Criteria, RTNDT 1 ABSTRACT In Germany the structural integrity and safety of reactor components, like reactor pressure vessel (RPV) or pipes, is done by deterministic analyses. Deterministic approaches use conservative assumptions (crack geometry, external loadings, material properties, etc.) to maximize the safety margins. Reasons for such conservative assumptions can be missing information (aleatory uncertainties) or missing knowledge of certain mechanisms (epistemic uncertainties). A probabilistic analysis uses the same methods (e.g. calculation method for stress intensity factor, crack propagation) as a deterministic one, but addresses the uncertainty of required input data or mechanisms. Unlike a deterministic analysis, which criterion is the achievement of a critical or reference value (e.g. stress intensity factor reaches lower bound of fracture toughness), a probabilistic analysis gives a probability of flaw initiation or component failure. Therefore a probabilistic analysis of a reactor component gives an additional classification of the integrity (safety) of such a component under more realistic assumptions and helps quantifying governing parameters for the component failure, which can be useful for lifetime extension. An example of such a probabilistic safety analysis is the FAVOR (Fracture Analysis of Vessels, Oak Ridge) computer program, which was developed in the US by the Oak Ridge National Laboratory, and is applicable to the core region of a RPV. -
Helsinki - Vaalimaa
TUAS data collection: Corridor 1, E18 Finland Turku/Naantali – Helsinki - Vaalimaa [WP3 Technical solutions along the corridors: GoA 2020] Author: Harri Heikkinen, TUAS Published: March, 2020. Figure 1: [Intelligent traffic sign on E18 Turku-Helsinki. (Tieyhtiö ykköstie 2016.)] TUAS data collection: Corridor 1, E18 Finland Turku/Naantali – Helsinki - Vaalimaa WP3 Technical solutions along the corridors By Harri Heikkinen, TUAS Copyright: Reproduction of this publication in whole or in part must include the customary bibliographic citation, including author attribution, report title, etc. Cover photo: MML, Esri Finland Published by: Turku University of Applied Sciences The contents of this publication are the sole responsibility of BALTIC LOOP partnership and do not necessarily reflect the opinion of the European Union. Contents [WP3 Technical solutions along the corridors: GoA 2020] .......................................... 1 1. Introduction .......................................................................................................... 1 2. Corridor description and segments ...................................................................... 2 3. Data collection by type and source .................................................................... 11 4. Conclusions, analysis and recommendations of further research. ..................... 20 References ............................................................................................................ 22 WP3 Technical solutions along the 03/2020 corridors / GoA 2020 -
What´S New in WUFI 1D Pro 4.2
What´s New in WUFI 1D Pro 4.2 Swedish GUI As we have a new cooperation with Lund University, the WUFI GUI runs now also in Swedish. New Material Data The material database has been extended with twenty generic materials from Sweden. Also the following products are part of the database: • Isofloc L • Getifix mineral insulation board ambio • Redstone mineral insulation board Pura New Climate Data (only in Version WUFI Pro) 12 new climate files for Sweden (Lund, Borlänge, Kiruna, Luleå, Umeå, Östersund, Karlstad, Stockholm, Norrköpping, Göteborg, Visby, Växjö). Also the 12 Test Reference Years of the Deutscher Wetterdienst from 1986 are now included with WUFI. 5 climate locations for Spain; Madrid, Barcelona, Bilbao, Malaga, Palma de Mallorca (Climate Files for Malaga and Palma de Mallorca are not ready yet). The location “Holzkirchen” contains now also a Moisture Reference Year including long-wave counterradiation from the atmosphere. EPW; Energy Plus Weather Files (only in Version WUFI Pro) Those Files can be downloaded for free at http://www.eere.energy.gov/buildings/energyplus and used for WUFI calculations. Note that they do not contain precipitation data. Adaptive Time Step Control (ATSC) This feature has been created to improve convergence behaviour in problematic situations. HTML based Help System All help systems of WUFI have been migrated to the HTML based help system. Some new features are not yet included in the help system. A future patch will updates this. Energy Performance Display Energy performance values of the construction are displayed in the assembly dialog. Warning System A warning system has been set up. -
Internationalization of Small Firms with Scarce Resources: Finding Potential Markets and Entry Modes Case: Funsquare Ab
Internationalization of small firms with scarce resources: finding potential markets and entry modes Case: FunSquare Ab. Atte Cederqvist Department of International Marketing Åbo Akademi Turku ÅBO AKADEMI Department of: International Marketing Type of work: Master’s thesis Author: Atte Cederqvist Date: 17/5/2018 Title of Thesis: Internationalization of small firms with scarce resources: finding potential markets & entry modes. Case: FunSquare Ab. Abstract: The aim of this thesis is to build a new model for searching potential foreign markets, which is applied to the identification of potential markets for a recently established furniture startup company. Furthermore, foreign market entry modes and marketing activities for small firms are being discussed with the intent of guiding the company in its initial internationalization processes. This thesis functions as a guiding tool for small firms that are considering internationalization. The information brought up in this thesis fits especially well with international new ventures, and other small firms that are facing challenges due to their limited resources, as the theme throughout this work is how to internationalize when resources are scarce. In the study, a mixed-methods approach is used to both analyze existing models for market search, and to search for freely available data that is needed to conduct a search for potential markets. No monetary resources can be used in the implementation of the new model, which is a constrain that to my knowledge, does not exist in any current market selection models. The research indicates that relatively accurate results of potential markets can be gained without using any monetary resources in the collection of the needed data. -
Relocation of Government Agencies (Rir 2009:30)
AUDIT REPORT, SUMMARY 1 Summary Relocation of government agencies (RiR 2009:30) SWEDISH NATIONAL AUDIT OFFICE SUMMARY 1 DATE: 16-12-2009 Relocation of government agencies Riksrevisionen (the Swedish National Audit Office) has examined the effects of the relocations of government agencies that were carried out to compensate regions for the disbandment of military units as a result of the 2004 defence-policy review. We ask the following questions in our audit: Did the regions obtain full compensation for disbandment through the relocations? Have the operations of the agencies recovered? And were the costs in line with expectations? Even though several waves of agency relocations have taken place in Sweden over several decades, no overall evaluation has been made of this issue. Hence nobody knows for certain whether the regions where new jobs were created as a result of, say, the disbandment of military units actually received compensation in full. 2,700 jobs were to be relocated Several regions were affected by the disbandment or relocation of military units as a result of the 2004 defence-policy review. The Riksdag (parliament) therefore decided to take measures to compensate the four regions – Östersund, Karlstad/Kristinehamn, Arvidsjaur and Gotland – most heavily affected by the restructuring of the armed forces. Besides several other projects and the transfer of financial resources to those regions, it was also announced that central-government agencies would be established or moved there to a significant extent. The government jobs that were going to disappear in those regions would thus be replaced by new ones, in that government agencies or parts of them would be relocated from Stockholm. -
Chemical and Physical Characterization of Traffic Particles In
1 Chemical and physical characterization of traffic particles in 2 four different highway environments in the Helsinki 3 metropolitan area 4 5 J. Enroth1,2, S.Saarikoski3, J.V. Niemi4,5, A. Kousa4, I. Ježek6, G. Močnik6,7, S. 6 Carbone3,9, H. Kuuluvainen8, T. Rönkkö8, R. Hillamo3, and L. Pirjola1,2,* 7 8 [1] {Metropolia University of Applied Sciences, Department of Technology, Helsinki, Finland} 9 [2] {University of Helsinki, Department of Physics, Helsinki, Finland} 10 [3] {Finnish Meteorological Institute, Atmospheric Composition Research, Helsinki, Finland} 11 [4] {Helsinki Region Environmental Services Authority HSY, Helsinki, Finland} 12 [5] {University of Helsinki, Department of Environmental Sciences, Helsinki, Finland} 13 [6] {Aerosol d.o.o., Ljubljana, Slovenia} 14 [7] {Jožef Stefan Institute, Ljubljana, Slovenia} 15 [8] {Tampere University of Technology, Department of Physics, Tampere, Finland} 16 [9] {now at University of São Paulo, Department of Applied Physics, São Paulo, Brazil} 17 18 Correspondence to: L. Pirjola ([email protected], [email protected]) 19 20 1 1 Abstract 2 Traffic related pollution is a major concern in urban areas due to its deleterious effects on human 3 health. The characteristics of the traffic emissions on four highway environments in the Helsinki 4 metropolitan area were measured with a mobile laboratory, equipped with state-of-the-art 5 instrumentation. Concentration gradients were observed for all traffic related pollutants, 6 particle number (CN), particulate mass PM1, black carbon (BC), organics and nitrogen oxides 7 (NO and NO2). Flow dynamics in different environments appeared to be an important factor 8 for the dilution of the pollutants.