This thesis seeks to present an interpretation of late Iron Age Scandinavian hall buildings as charismatic. Hall buildings need to be both “killed” and “buried” through being burned down and covered by clay coats, instead of just cleaned up and abandoned. This is due to the idea that charismatic objects need to be “killed” and “buried” either through being interred in a burial or through being deposited in for example wetlands. As a result of the Christianization, hall buildings ceased to be regarded as charismatic since only objects and buildings related to God is regarded as Charismatic in the Christian fate. Thus ceases the “killing” and “burying” of hall buildings as well. As case studies four hall building, two “king’s halls” and two “garrison halls”, have been selected from the province of Uppland in the Mälaren region of Sweden: Gamla Uppsala, Fornsigtuna and the Garrison on Birka.

Examensarbetet kom som en förfrågan från företaget Northpower stålhallar AB som var i behov av en beräkningsmall för vind- och snölast. Beräkningsmallen utformas i Microsoft Excel och den ska möta de önskemål och krav som tillkommer vid projektering av en hallbyggnad. Beräkningsmallen grundas på en litteraturstudie av vind- och snölast kapitlen i Eurokoderna som inleder den teoretiska delen av rapporten. För att se skillnader mellan stomstabiliseringssystem som vanligen används i hallbyggnader, utfördes en litteraturstudie på vanligt förekommande systemen. En kraftanalys vid olika placeringar av företagets nuvarande stomstabiliseringssystem gjordes med hjälp av den tillverkade beräkningsmallen. Litteraturstudien och analysen sammanställdes till jämförelse av de olika stomstabiliseringssystemen. / The subject of this bachelor thesis was a query from Northpower stålhallar AB that was in need of a calculation model for wind- and snow loads. The Calculation model was created in Microsoft Excel and shall satisfy the requirements for the design of an industrial building. The calculation model is founded on a literature study of Eurocodes wind- and snow load chapters, which initializes the theoretical part of the report. To gain a better understanding of the differences between the different types of bracing systems that is normally used in industrial buildings, we performed a literature study on a selection of the usual systems.  Using the calculation model, a force analysis on different placing’s of the current lateral stability system the company use was carried out. The thesis ends with a comparison of the study and analysis of the different lateral stability systems that’s been studied.