En väl fungerande grupp kan vara oerhört attraktivt att se på men det verkligt intressanta är att förstå hur gruppen tar sig till det stadiet där de fungerar tillsammans som en enhet och presterar bra. För att tillämpa metoder att nå dit finns tillvägagångssätt som Strategic Human Resource Management (SHRM) och en allmän strävan efter att erhålla en perfekt gruppdynamik.Studien ämnade undersöka om samspelet mellan SHRM och gruppdynamik ökar produktiviteten i en organisation inom hotell- och restaurangbranschen.Studien grundades på fem vetenskapliga artiklar som granskades, analyserades och sammanfattades. Analysen av artiklarna redovisades i resultatdelen i uppsatsen. Där behandlades bland annat studier om SHRM och att sammanhållning visat sig ha en positiv effekt på grupprestation. Från resultatet fördes en diskussion om huruvida det var gynnsamt för en organisation inom hotell- och restaurangbranschen att dra nytta av lärandet om hur individer fungerar ihop för att organisationen bättre ska kunna applicera detta för att tillgodose gästens behov och önskemål.

Syfte med denna uppsats är att kritiskt granska och analysera Irving Janis begrepp groupthink samt bedöma om det är en hållbar teori.De frågeställningar jag valt att behandla är:? Vilken kritik har och kan riktas mot Irving L Janis groupthink teori?? På vilket sätt har groupthink teorin utvecklats sedan uppkomsten?För att besvara frågorna och uppfylla mitt syfte så genomförde jag en litteraturstudie där jag utgick från en kvalitativ ansats.Resultatet visade att sedan Janis myntade begreppet 1972 har kritiken främst riktats mot det bristfälliga stöd teorin fått, dess negativa utformning samt Janis snäva inriktning på när groupthink leder till fiaskon. Utifrån denna kritik och min egna analytiska förmåga kommer jag fram till groupthink teorin inte är att ses som en hållbar teori. Det sätt groupthink teorin utvecklats på är att den gett upphov till flera andra förklaringsmodeller när det gäller beslutsfattande i grupp samt att den verkat som en katalysator för detta område inom smågruppsforskningen..

Formålet med denne undersøgelse er at undersøge om svenske gymnasieelever føler sig som en del af et nordiskt sprogfællesskab. Dette gennem at undersøge hvilken interaktion eleverne har med de nordiske sprog, hvilke sprog de mener at de forstår, hvad læreplanen siger om Norden og de nordiske sprog, samt at undersøge elevernes holdning til de nordiske sprog. 20 elever opdelt i fire fokusgrupper er blevet interviewet, og læreplanen for grundskolen och gymnasiet, samt læreplanen for faget svensk, er blevet analyseret. Læreplanen opfylder ikke de mål og avtaler som findes omkring den samnordiske sprogpolitik, og resultatet fra samtalerne med fokusgrupperne viser at eleverne først og fremmest kommer i kontakt med de skandinaviske sprog, hvilket viser at fællesskabet primært handler om et skandinaviskt sprogfællesskab. Eleverne opfatter norsk som et smukt og let sprog, hvorimod dansk anses være et grimt og svært sprog.

To reduce emissions of carbon dioxide (CO2) Carbon Capture and Storage (CCS) technologieshave been developed. Chemical Looping Combustion (CLC) is a CO2 capture technologywith the CCS framework, and at Chalmers University of Technology in Gothenburg,Sweden, a 100 kW chemical looping combustor has been built.This project aimed to investigate to what degree air can replace helium as the uidizinggas for uid dynamical studies in a CLC cold ow model of the above mentioned 100 kWfacility. Experiments were performed using air and helium separately as uidizing gas andpressure data were obtained, which formed the basis for the comparison. The project alsoaimed to investigate uid dynamics in the uidized bed and study when the risk of sluggingoccuring was greatest. The results were presented in the form of figures and tables dividedinto pressure, concentration and standard deviation of the pressure.The results obtained showed that air as uidizing gas did not create the same uid dynamicsas helium over the entire fuel reactor.

To reduce emissions of carbon dioxide (CO2) Carbon Capture and Storage (CCS) technologieshave been developed. Chemical Looping Combustion (CLC) is a CO2 capture technologywith the CCS framework, and at Chalmers University of Technology in Gothenburg,Sweden, a 100 kW chemical looping combustor has been built.This project aimed to investigate to what degree air can replace helium as the uidizinggas for uid dynamical studies in a CLC cold ow model of the above mentioned 100 kWfacility. Experiments were performed using air and helium separately as uidizing gas andpressure data were obtained, which formed the basis for the comparison. The project alsoaimed to investigate uid dynamics in the uidized bed and study when the risk of sluggingoccuring was greatest. The results were presented in the form of figures and tables dividedinto pressure, concentration and standard deviation of the pressure.The results obtained showed that air as uidizing gas did not create the same uid dynamicsas helium over the entire fuel reactor.

Syftet med studien är att undersöka lastbil- och bussimulatorers för- och nackdelar i användandet som pedagogiskt verktyg. I undersökningen har intervjuer med tre pedagoger och tre studenter genomförts för att utvärdera simulatorer som pedagogiskt verktyg. En strävan att informera och väcka ett intresse av tekniken som hjälpmedel i undervisningen har också legat till grund för arbetet. Enligt flera forskare finns ekonomiska och tidseffektiva vinster med att använda simulatorer i undervisningen. Fördelar med den virtuella miljön är att studenterna kan lära sig hur det är att köra ett stort fordon, möjlighet finns likaså att öva på oförutsedda kritiska händelser.

In hydropower plants it is necessary to always have local power supply. Therefore, the plants are equipped with batteries as stationary back up power. Vattenfall Vattenkraft is using lead acid batteries but has been investigating alternatives to replace them. The aim of this study is to investigate the potential of using Li-ion technology as back up power.The study showed that Li-ion batteries have many qualities. The Li-ion technology will decrease the space and maintenance demand.

The City of Stockholm has decided to invest in renewable energy and especially in photovoltaics. The objective of this thesis is to investigate the photovoltaic potential on roof areas that the city possesses and to further investigate some buildings of the Property Management Department. The thesis also compares some existing photovoltaic plants with the solar irradiance map which shows available roof area on each building in Stockholm. The report ends with a literature study about the climate impact and greenhouse gas emissions of photovoltaic.The total available roof area suitable for photovoltaic plants is estimated to 700 000 m2, with a potential electricity production of 110 GWh per year. This corresponds to 17 % of the City of Stockholm?s yearly electricity consumption.

Följande rapport beskriver teori, metod och resultat av ett examensarbete vid Luleå Tekniska Universitet utfört i samarbete med Light My Fire AB. Företaget tillverkar produkter som används av människor i hela världen och som ger användaren ett leende på läpparna. En produkt som har saknats i sortimentet är en vätskebehållare och flera återförsäljare världen över har frågat efter just detta. Målet har varit att ta fram en multifunktionell vätskebehållare som ska passa in i Light My Fires befintliga sortiment och få plats i företagets produkt, LunchBox. Projektet började med en grundlig benchmarking för att ta reda på vilka olika typer av vätskebehållare som finns.

This essay is from a student at the cultural science program in Karlstad University. The essay in Culture studies deals about the history use and about the cultural-historical values on buildings. The buildings are from a certain area called the neighborhood Almen and have in the past been threatening many times of demolition. The neighborhood Almen buildings survived a huge city fire back in the 19th century. Since then the buildings has been known as a memory and by the inhabitants and as the oldest part of the city left.

The dialysis ward at Karolinska University Hospital is a highly pressurized work environment filled with critical treatment situations where patient?s lives can be constantly in danger. Staff have to deal with a myriad of alarms and error codes in response to their patients varying ailments. The workforce at the dialysis ward lack controlled environment training, sufficient to address all of the potential treatment scenarios, with no risk of jeopardizing the patient?s condition.The purpose of this essay is to design and test the efficacy of using an IT based device for dialysis education at Karolinska University Hospital.The main topics this essay intends to address are:? Identification of user scenarios and training fields.? Prioritization of key training areas.? Utilization of IT in effective staff training.? Design of a conceptual prototype.The process focuses on the user and their needs.

To reduce emissions of carbon dioxide (CO2) Carbon Capture and Storage (CCS) technologieshave been developed. Chemical Looping Combustion (CLC) is a CO2 capture technologywith the CCS framework, and at Chalmers University of Technology in Gothenburg,Sweden, a 100 kW chemical looping combustor has been built.This project aimed to investigate to what degree air can replace helium as the uidizinggas for uid dynamical studies in a CLC cold ow model of the above mentioned 100 kWfacility. Experiments were performed using air and helium separately as uidizing gas andpressure data were obtained, which formed the basis for the comparison. The project alsoaimed to investigate uid dynamics in the uidized bed and study when the risk of sluggingoccuring was greatest. The results were presented in the form of figures and tables dividedinto pressure, concentration and standard deviation of the pressure.The results obtained showed that air as uidizing gas did not create the same uid dynamicsas helium over the entire fuel reactor.

To reduce emissions of carbon dioxide (CO2) Carbon Capture and Storage (CCS) technologieshave been developed. Chemical Looping Combustion (CLC) is a CO2 capture technologywith the CCS framework, and at Chalmers University of Technology in Gothenburg,Sweden, a 100 kW chemical looping combustor has been built.This project aimed to investigate to what degree air can replace helium as the uidizinggas for uid dynamical studies in a CLC cold ow model of the above mentioned 100 kWfacility. Experiments were performed using air and helium separately as uidizing gas andpressure data were obtained, which formed the basis for the comparison. The project alsoaimed to investigate uid dynamics in the uidized bed and study when the risk of sluggingoccuring was greatest. The results were presented in the form of figures and tables dividedinto pressure, concentration and standard deviation of the pressure.The results obtained showed that air as uidizing gas did not create the same uid dynamicsas helium over the entire fuel reactor.

To reduce emissions of carbon dioxide (CO2) Carbon Capture and Storage (CCS) technologieshave been developed. Chemical Looping Combustion (CLC) is a CO2 capture technologywith the CCS framework, and at Chalmers University of Technology in Gothenburg,Sweden, a 100 kW chemical looping combustor has been built.This project aimed to investigate to what degree air can replace helium as the uidizinggas for uid dynamical studies in a CLC cold ow model of the above mentioned 100 kWfacility. Experiments were performed using air and helium separately as uidizing gas andpressure data were obtained, which formed the basis for the comparison. The project alsoaimed to investigate uid dynamics in the uidized bed and study when the risk of sluggingoccuring was greatest. The results were presented in the form of figures and tables dividedinto pressure, concentration and standard deviation of the pressure.The results obtained showed that air as uidizing gas did not create the same uid dynamicsas helium over the entire fuel reactor.

In a globalized world, competitiveness is based on the high IP (intellectual property) of our export products and innovations are therefore important for new companies to establish and develop. It´s not enough to just have big international companies but it is also necessary to invest in new companies that can be competitive in the future. By helping entrepreneurs with innovation support in the early stages, new technology-based businesses are established and developed. The purpose of this paper was to examine how innovation support in the early stages affects the establishment and development of new technology-based companies. Furthermore, we investigated how this will affect Sweden's international competitiveness.