This paper is about the extent to which simplified penetration calculations ofsmall-caliber projectiles is a useful tool for assessing the physical protectioncapability. The work should be seen as an attempt to create an accessible tool inthe form of a simplified equation that allows for a better and safer use of thenaval vessels. The tool will also be used at different levels so that decisions andinstructions could be clearer.Performed calculations show a very limited capacity of a ship's basic design interms of physical protection against the use of small-caliber projectiles.How do we know that the calculations correct? By verifying the calculations withpractical shooting tests, a substantial condition to answer the question will becreated. To shoot against a material with two different thicknesses estimated toproduce Perforation and non-Perforation is a good approximation of the equationusability in the context..

This paper is about the extent to which simplified penetration calculations ofsmall-caliber projectiles is a useful tool for assessing the physical protectioncapability. The work should be seen as an attempt to create an accessible tool inthe form of a simplified equation that allows for a better and safer use of thenaval vessels. The tool will also be used at different levels so that decisions andinstructions could be clearer.Performed calculations show a very limited capacity of a ship's basic design interms of physical protection against the use of small-caliber projectiles.How do we know that the calculations correct? By verifying the calculations withpractical shooting tests, a substantial condition to answer the question will becreated. To shoot against a material with two different thicknesses estimated toproduce Perforation and non-Perforation is a good approximation of the equationusability in the context..

This paper is about the extent to which simplified penetration calculations ofsmall-caliber projectiles is a useful tool for assessing the physical protectioncapability. The work should be seen as an attempt to create an accessible tool inthe form of a simplified equation that allows for a better and safer use of thenaval vessels. The tool will also be used at different levels so that decisions andinstructions could be clearer.Performed calculations show a very limited capacity of a ship's basic design interms of physical protection against the use of small-caliber projectiles.How do we know that the calculations correct? By verifying the calculations withpractical shooting tests, a substantial condition to answer the question will becreated. To shoot against a material with two different thicknesses estimated toproduce Perforation and non-Perforation is a good approximation of the equationusability in the context..

This paper is about the extent to which simplified penetration calculations ofsmall-caliber projectiles is a useful tool for assessing the physical protectioncapability. The work should be seen as an attempt to create an accessible tool inthe form of a simplified equation that allows for a better and safer use of thenaval vessels. The tool will also be used at different levels so that decisions andinstructions could be clearer.Performed calculations show a very limited capacity of a ship's basic design interms of physical protection against the use of small-caliber projectiles.How do we know that the calculations correct? By verifying the calculations withpractical shooting tests, a substantial condition to answer the question will becreated. To shoot against a material with two different thicknesses estimated toproduce Perforation and non-Perforation is a good approximation of the equationusability in the context..

This paper is about the extent to which simplified penetration calculations ofsmall-caliber projectiles is a useful tool for assessing the physical protectioncapability. The work should be seen as an attempt to create an accessible tool inthe form of a simplified equation that allows for a better and safer use of thenaval vessels. The tool will also be used at different levels so that decisions andinstructions could be clearer.Performed calculations show a very limited capacity of a ship's basic design interms of physical protection against the use of small-caliber projectiles.How do we know that the calculations correct? By verifying the calculations withpractical shooting tests, a substantial condition to answer the question will becreated. To shoot against a material with two different thicknesses estimated toproduce Perforation and non-Perforation is a good approximation of the equationusability in the context..

Hygien är en viktig del av sjukhusvård och det finns många utarbetade rutiner och föreskrifter. Då det tekniska kunnandet ökar, ges möjligheter till fler och mer avancerade kirurgiska ingrepp och när krav ställs på kostnadseffektivitet, ökar risken för vårdrelaterade infektioner. Att kunna förebygga och förhindra smittspridning på en operationsenhet är därför av största vikt. Studiens syfte var att undersöka faktorer som kan minska postoperativa infektioner inom operations-sjukvård. Metoden har varit litteraturstudier och baseras på 20 vetenskapliga artiklar.

Idag, nästan 40 år efter att Miljonprogrammet stod klart, är renovering och ombyggnation av fastigheterna högaktuellt. White Arkitekter har som ett led i detta tilldelats ett renoverings- och ombyggnadsprojekt i Norra Stockholm som innefattar två fastigheter uppförda under Miljonprogrammet.Detta examensarbete behandlar återvinning av de befintliga plåtfasaderna på ovannämnda fastigheter. White Arkitekter vill undersöka möjligheterna att genom återvinning använda ursprungsmassan för tillverkning av nya fasader i perforerad plåt till samma fastigheter. Syftet är att redovisa materialets livscykel med hänsyn till miljön samtidigt som anknytningen till Miljonprogrammet bevaras.För att besvara frågeställning har en bit av fasadplåten undersökts i syfte att identifiera plåtmaterialet. Genom att ta reda på plåtens densitet har aluminium fastställts som material.