Search for dissertations about: "fibre bonding"
Showing result 1 - 5 of 36 swedish dissertations containing the words fibre bonding.
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1. Plate bonding strengthening of existing concrete structures with epoxy bonded plates of steel or fibre reinforced plastics
University dissertation from Luleå : Luleå tekniska universitetAbstract : This thesis deals with several aspects of the plate bonding problem, i.e. when steel or fibre reinforced plastics (FRP) plates are bonded to a concrete structure with the use of an epoxy adhesive. Both theoretical work and laboratory tests are presented as well as a full scale test on a strengthened concrete bridge. READ MORE
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2. Manufacture of long-fibre reinforced ceramics by reaction bonding
University dissertation from Luleå : Luleå tekniska universitetAbstract : For several decades ceramic matrix composites has been of interest to be used as hot parts in certain high-performance gas turbine aero engines. In general, ceramic materials resist higher temperatures than superalloys. READ MORE
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3. Effects of Reject Refining at High Temperature on TMP Fibre Properties
University dissertation from Sundsvall : Mid Sweden UniversityAbstract : .... READ MORE
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4. Distributions Of Fiber Characteristics As A Tool To Evaluate Mechanical Pulps
University dissertation from Sundsvall : Mid Sweden UniversityAbstract : Mechanical pulps are used in paper products such as magazine or news grade printing papers or paperboard. Mechanical pulping gives a high yield; nearly everything in the tree except the bark is used in the paper. This means that mechanical pulping consumes much less wood than chemical pulping, especially to produce a unit area of printing surface. READ MORE
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5. Needle Punching of Wet Cellulose Fibre Structure
University dissertation from Sundsvall : Mid Sweden UniversityAbstract : Needle punching of cellulose fibre structures was studied, in order to explore the possibility for a new method for bonding to be used in the paperboard industry. The interest in such subject was based on the need for stronger fibre-to-fibre bonding in the thickness direction of paperboard. READ MORE
