Bakgrund: Stressrelaterad ohälsa och utmattningssyndrom ökar i Sverige vilket leder till fler långtidssjukskrivningar. Detta innebär ett stort lidande för de drabbade och höga kostnader för samhället. Stress som kvarstår under längre tid påverkar kroppen negativt och leder till kognitiv utmattning, sömnproblematik, utbredd trötthet, somatiska besvär, irritabilitet och negativ affekt. Utsatta personer är även i riskgrupper för allvarliga somatiska sjukdomar.Syfte: Att beskriva förekomsten av stressrelaterad ohälsa och utmattningssyndrom i en storstads-region.Metod: Data samlades in genom ett tvärsnittsurval bland kvinnor och män i arbetsför ålder boende i en storstadsregion. Mätinstrumentet som användes var Karolinska Exhaustion Scale (KES) (26).

Dampness in the indoor environment have been a major issue of discussion the last decades since more and more people complain about their indoor environment. In the present situation there are difficulties to find what causes people?s discomfort in a damp environment even though there is a strong connection between dampness and human health.The aim of the thesis was to contribute to the work done today to achieve a better indoor environment in damp buildings. The purpose of the work was to evaluate whether the measures issued for dampness in the indoor environment contributes to the improvement of health and environment for those who are living or working in that space. Through a literature review, interview and survey the following three questions were answered to achieve the aim and purpose:How are people affected by the indoor environment in damp buildings?Which are the measures issued to prevent dampness in the indoor environment?Do these interventions contribute to a better indoor environment?How people are affected by the indoor environment in damp buildings and how these problems are prevented were the foundation for the continued work with the survey.

Bakgrund: Cancer är en sjukdom där både behandlingen och sjukdomen kan påverka och begränsa den drabbade personens vardag. Det finns evidens för att regelbunden fysisk aktivitet eller motion har en lindrande effekt på sjukdomens symptom och cancerbehandlingens biverkningar. Syfte: Syftet med studien är att undersöka hur personer med diagnostiserad cancer upplever sin livskvalitet, fysiska funktion samt om humöret påverkas i samband med adjuvant cancerbehandling. Syftet med studien är även att undersöka dessa patienters möjlighet till träning, vad som kan underlätta och motivera till träning samt vilka svårigheter och hinder till träning och annan fysisk aktivitet som finns. Metod: Studien är en kvalitativ semistrukturerad intervjustudie av fokusgrupper där cancerdrabbade personer som genomgår eller har genomgått adjuvant behandling blivit intervjuade om deras erfarenheter och upplevelser av vardagliga aktiviteter och träning. Huvudresultat: De vanligaste upplevelserna som deltagarna uttryckte var: en sorts trötthetskänsla, koncentrationssvårigheter, nedstämdhet, oro samt minskad livskvalitet till följd av bland annat minskad matglädje och sjukdomsinsikt. Vanliga hinder som deltagarna upplevde var otillräcklig energi, dålig motivation eller risken att känna sig obekväm i en träningsmiljö. Möjligheter och faktorer som underlättade till träning upplevde deltagarna var fasta rutiner, att tycka om träningsformen samt att ha inställningen att träning underlättar vardagen. Slutsats: För att hjälpa cancerdrabbade personer i deras tillvaro bör det läggas ner mer tid och energi till att motivera personen till en mer positiv vardag. Detta leder då till att denne själv kan inse vilka möjligheter som finns till fysisk aktivitet och att personen inte bara ser problem som kan kännas övermäktiga utan istället fokusera på lösningarna till dessa problem..

The study aims to reduce energy consumption in apartment buildings where individual metering and charging of heat is applied. The aim is to develop planning and design for individual metering and charging in apartment buildings.The study is based on literature review, interviews and case study that include analysis of existing documents. Interviews were carried out with the property developer and the involved consultants who planned the apartment building Yasuragi. To investigate the differences the condominium association has noted in heat consumption between flats, the debit values of the heat were used to discern which houses that were furthest from the average consumption. On these flats there were temperature measurements and thermal photo shoots made for discriminating behavior and possible construction techniques which could be the explanation for the heat spread.Boverket shows that the consumption of heat can be reduced by 10-20% after insertion of individual metering and charging in an apartment block.

A Swedish electronics company wants to make the cooling of one of their electronic components more efficient. They propose that a retrofit liquid cooler is the way to achieve this goal. The current air cooling has high energy cost due to the high amount of power needed to power fans and heat exchangers. Using high volumes of air for cooling also leads to noise pollution. The conversion from air to liquid cooling would possibly make the operation of the electronics more cost efficient and less noisy.The purpose of this project is to theoretically evaluate different concepts of drawing the heat generated by the electronic component in to a fluid, using numerical calculations in Matlab and FEM simulations in ANSYS.

Bakgrund: ?Compassion fatigue? (CF) är ett begrepp som syftar på fenomenet att människor, däribland sjuksköterskor, som arbetar med människor, kan drabbas av en slags professionell utbrändhet. Utbrändheten uppstår i mötet med den andra partens (patientens) lidande och trauma och yttrandet av tillståndet följer ett klassiskt stressmönster. Arbetsomständigheter, vissa personlighetsdrag såsom hög empatisk förmåga hos sjuksköterskan har identifierats som eventuella riskfaktorer till CF. Det finns behov av att vidare utreda vad CF är, vad det orsakas av och hur tillståndet kan lindras och motarbetas.

The purpose of this of this essay is to explore the construction of a conservatory that is livable allyear around. When you build a conservatory there are several factors that need to be regardedthat usually are of no importance when you build a regular conservatory. The glassed facadeneeds to have a very good U-value and all the parts of the facade need to be isolated and theconstruction needs to prevent thermal bridges.In this essay we will start by looking at the shape of the conservatory. Due to the façade consistsof glass the conservatory will need to have a good ratio between the area and the façade so thatthe heat losses will be at a minimum. However, due to the fact that one of the sides of the façadeis connected to the warm house, you quickly realize that the shape of the conservatory is of noimportance.There are two common ways to build a foundation for a conservatory, a molded concretefoundation and isolated wooden beams.

Increased resource efficiency in an energy system could result in large economic and environmental benefits. Tekniska verken i Linköping AB (Tekniska verken) is responsible for the district heating network in Linköping. Their vision is to create the world?s most resource efficient region. An important step towards this vision is more efficient usage of produced heat, something which could be achieved through integration of a seasonal heat storage in the energy system.

Hudiksvall Municipality will build a new preschool. The goal is that the pre-school should reflect the municipality's environmental goals and meet building regulations. The wall structures that are compared in the report is an insulated wooden frame and a frame of lightweight concrete blocks from H + HWall structures are compared within the areas of U-values, air tightness, thermal storage capacity, fire ratings, moisture, durability, emissions and environment. In these categories the two wall structures will be rated in a scale from 1 to 5 and then the categories are weighted against each other. The weighting is based on Hudiksvall Municipality's assessment of the categories importanse for their final selection.The results of the comparison show that the concrete structure is recommended for the construction of pre-school with 27.55 points against the wooden structures 23.70 points.

This examination paper is a study of the indoor climate in a theatre and a practice room for orchestras placed in Sickla in Stockholm. The designer of the ventilation system wondered if he had managed too make a good environment for the users and he also wondered which of the rooms that had the most desirable climate. The project includes polls for visitors, interviews of people connected to the rooms and measurements of the physical environment. The results show a small dissatisfaction about the thermal indoor climate, it?s a little bit to cold and the air draws.

Weathering on rocks is an important component of the world?s geomorphology. One way to measure weathering on rocks is to analyse rock hardness. This is a study conducted in the northern hemisphere on granite rocks in Uppsala, Sweden. A Schmidt hammer is used to create a correlation analysis between the aspects on three glacial erratic boulders and rock weathering.

The energy consumption continues to increase as the use of electronics and energy consuming equipment increases. The use of fossil fuels has to be phased out for this to be sustainable in the long run while the use of renewable energy continues to increase. A renewable energy source is solar energy but the production of heat and electricity are today very expensive compared to other energy sources and an important task for the solar energy market to grow is therefore to minimize the production cost of the solar collectors while increasing its efficiency to produce heat and/or electricity. One way to convert solar energy into heat is by using solar collectors and electricity can be produced by utilizing the produced heat, or by applying solar cells.This thesis aims to recommend a reflective material for the next generation solar collectors from Absolicon and to recommend a commercially available coating for the receiver tube of the solar collector. A market study has been carried out to investigate the cost-related aspects along with the optical and durable aspects for the optical material of the solar collector.

AbstractThis report intends through a case study to investigate if lightweight concrete isappropriate as main material in the outer wall of a seven storey residential building.A technical design is carried out in accordance with the definitions and requirementsfor passive houses, given by FEBY?s1 ?Demand specification for passive houses?.A literature review is also carried out for a comparison between regular bolt wall andlight weight concrete wall, with a focus on the safety of moisture.The lightweight concrete block used in the report is as a celblock produced by thecompany H+H Sweden AB.The methods used have resulted in compliance with requirements andrecommendations from authorities. Calculations of energy, noise and moisture riskassessment has been carried out.The work has resulted in the conclusion that the lightweight concrete itself is notable to isolate in the extent necessary to obtain chosen U-value of 0,1 W/m2 ° C,without getting to thick. Therefore additional insulation is needed. There are fewrelevant reference objects built with only light weight concrete.

AbstractThis report intends through a case study to investigate if lightweight concrete isappropriate as main material in the outer wall of a seven storey residential building.A technical design is carried out in accordance with the definitions and requirementsfor passive houses, given by FEBY?s1 ?Demand specification for passive houses?.A literature review is also carried out for a comparison between regular bolt wall andlight weight concrete wall, with a focus on the safety of moisture.The lightweight concrete block used in the report is as a celblock produced by thecompany H+H Sweden AB.The methods used have resulted in compliance with requirements andrecommendations from authorities. Calculations of energy, noise and moisture riskassessment has been carried out.The work has resulted in the conclusion that the lightweight concrete itself is notable to isolate in the extent necessary to obtain chosen U-value of 0,1 W/m2 ° C,without getting to thick. Therefore additional insulation is needed. There are fewrelevant reference objects built with only light weight concrete.

Ocean Thermal Energy Conversion (OTEC) is a technology that utilizes the temperaturedifference in oceans between the warm surface water and the cold water at 1000 m depthto produce electricity. The purpose of this report is to investigate if OTEC with its synergiescould become a commercially feasible energy solution for a small island. A literature reviewis conducted to explore the different OTEC technologies and to what extent the threesynergies; fresh water, air conditioning and aquaculture, could be used. In order to calculatethe profitability of these synergies there is also a study conducted on the conventionalmethods and cost of fresh water production, aquaculture and air conditioning. A model is setup using a scenario of a small tropical Island with population of 100 000 people.