The purpose of this paper is to contribute to better understanding of the importance of social support for physically active individuals' experiences of training residence following an injury.The physical activity's impact on public health is well known. Increased physical activity also increases the risk of suffering an injury related to physical activity. The importance of social support for those individuals who suffer an injury related to physical activity is where increased knowledge is needed.Four interviews to were conducted using a thematic interview guide with the following themes: The experience of the training break, two sides of social support, several ways of dealing with the experience, the design of the support, Varied support providers relationship changes. The most important property of the individual who gave support was an experience similar to that of the injured individuals underwent. That, combined with the close relationship with the individual who gave support was seen as crucial to the experience of the social support role for the injured individual.The Conclusion was that social support is important for the experience of a break from exercise due to an injury related to physical activity..

In today?s technological society, there are increasingly less physical demands on the locomotor system. However, despite that notion strength and function in the hand?s complex biomechanical system are in fact both needed to cope with daily life. The grip function is a main function in the hand and is used in many examples of scientific research, for instance when assessing physical health and predicting the probabilities of premature mortality.

In today?s technological society, there are increasingly less physical demands on the locomotor system. However, despite that notion strength and function in the hand?s complex biomechanical system are in fact both needed to cope with daily life. The grip function is a main function in the hand and is used in many examples of scientific research, for instance when assessing physical health and predicting the probabilities of premature mortality.

In today?s technological society, there are increasingly less physical demands on the locomotor system. However, despite that notion strength and function in the hand?s complex biomechanical system are in fact both needed to cope with daily life. The grip function is a main function in the hand and is used in many examples of scientific research, for instance when assessing physical health and predicting the probabilities of premature mortality.

By conducting interviews, studies as well as scanning the current scientific landscape, this paper examines the opportunities of increasing current capacity within the public transportation system in Stockholm with simple financial means for the benefit of the travelers. The paper focuses on the central station of the subway system and how adjustments of processes carried out in relation to the turnstiles could increase performance within areas of interest, given the preferences of the travelers. The theoretical framework of the paper includes models from the field of capacity management as well as theories related to the pedestrian behavior. Applying these theories and models to the collected data, the paper derives some main conclusions. First of, people using the public transportations system, and especially the subway, consider speed and dependability as the most important performance objectives for the caretakers of the public transportation system, SL and MTR to master.

This master thesis was initiated with the aim to answer at what level of installed capacity of wind power in the northern parts of Sweden it would be beneficial to improve the transmission capacity from the northern Sweden. During the process of this work the aim has changed to try and create a model that can be used to analyze how well the hydro power installed in the northern Sweden can even out the quick changes in wind power production.To create a good model of all hydro power in northern Sweden is a very large job, unfortunately too large for a master thesis. This report therefore ends with an extensive analysis of the simplifications that have been made and their effects as well as a list of the future work that has to be done.The model that has been created have shown to be effective and produce good results. The conclusions that can be made is that the northern Swedish hydro power have very good possibilities to balance the wind power production. Only a few cases where water have been spilled even though there has been some free capacity has been discovered.

Individual cellulose ?bers were studied to identify the transport and absorbtion phenomena as well as the in?uence of drying. A Chalmers University of Technologydeveloped method within ESEM (Enviromental Scanning Electron Microscope) has been used in this study. The results from the laborations gave the following conclu-sions: The transport of water occurs in ?bers in the ?ber wall surface and the lumen.

The aim of this study was to investigate how disabled pupils feel about school lessons in physical education. Previous studies in the area show that many disabled pupils think that this is a problem. Drawing on data from one-to-one semi-structured interviews with six students in the age of 11-14 years, this study focused on how students with disability cope with their impairments and physical activity in school. The interviewees? background displays a wide range of sport related activities and besides school the interviewees seem to be engaged in different sports associations on their leisure time.

The Kedertruss is the loadbearing part in the Keder weatherprotectionsystem and it has been analyzed concerning its loadbearing capacity. The Kedertruss is produced and manufactured by Wilhelm Layher GmbH & Co. KG and this report has been made for their Swedish division Layher AB.  The Kedertruss, designed in Germany according to German designcode, has been recalculated concerning Swedish conditions according to Eurocodes and a ongoing European standardization project. The two-dimensional program Winstatik Frame Analysis has been used for evaluation of load effects. Capacity has been calculated by hand-calculations and it has been verified that the Kedertruss in its larger spans isn?t able to withstand the loads.

In today?s technological society, there are increasingly less physical demands on the locomotor system. However, despite that notion strength and function in the hand?s complex biomechanical system are in fact both needed to cope with daily life. The grip function is a main function in the hand and is used in many examples of scientific research, for instance when assessing physical health and predicting the probabilities of premature mortality.

In times of increased flooding, enhanced by climate change, polluted stormwater poses an increased threat to the environment through contaminated water entering waterways. Bioretention utilizes natural processes in soil and vegetation to treat pollutants and combat this threat. Biochar produced through pyrolysis, has a high cation exchange capacity (CEC) and could therefore increase treatment in bioretention systems. This research applies a literature review, interview, and a model to explore the benefits and disadvantages of biochar in order to specify a soil-mix through an understanding of the production process and preferred application rate. High purification through CEC, increased water holding capacity, and carbon sequestration being the benefits discussed.

Background: Overweight and obesity has become an increasing health issue around the world, which leads to an increase of cardiovascular diseases. The reason for this is a lack of physical activity in combination with an overconsumption of unhealthy food. In the primary healthcare is the ordination of physical activity on prescription offered as a treatment, which is an important health preventive action. When clients get physical activity on prescription they are given the opportunity to receive health counseling as a way to motivate a change in an unhealthy way of living.Objectives: This study aim to examine the experience of the health counseling of individuals with overweight related problems, in combination with the prescription of physical activity.Method: Qualitative interviews were chosen as method. Nine individuals participated in the study, seven females and two males, who had been to health counseling at Friskvården in Värmland.

Background: During the last decade climbing has become more popular and the numbers of climbers in Sweden have increased considerably. Most common are overuse injuries caused by the great stress and strain climbing creates on different parts of the body. Previous studies show that 75-90% of climbing injuries are localised in the upper extremity. Injuries affecting the lower extremity occur often acute and traumatic. Based on these facts and that the number of climbers constantly grows, it is more likely that the need of care from physiotherapist among climbers will increase.

AbstractThe main purpose of this essay is to examine if media-sport influence pupils in their physical education and if the teachers understands it. At the same time the aim has also been to investigate how the teachers can get along with the media influence in their teaching. We have also investigated what teachers in physical education think about the curriculum and if there is space for a teaching method that respect the pupils will.The essay is an empirical qualitative study built on open-ended interviews with 3 respondents from two schools in the county of Värmland, Sweden. The range of qualified teacher is restricted at this school. We asked 5 teachers to join, but only 3 were accepting to join our study.

The Kedertruss is the loadbearing part in the Keder weatherprotectionsystem and it has been analyzed concerning its loadbearing capacity. The Kedertruss is produced and manufactured by Wilhelm Layher GmbH & Co. KG and this report has been made for their Swedish division Layher AB.  The Kedertruss, designed in Germany according to German designcode, has been recalculated concerning Swedish conditions according to Eurocodes and a ongoing European standardization project. The two-dimensional program Winstatik Frame Analysis has been used for evaluation of load effects. Capacity has been calculated by hand-calculations and it has been verified that the Kedertruss in its larger spans isn?t able to withstand the loads.