Search for dissertations about: "perpendicular to grain"
Showing result 1 - 5 of 30 swedish dissertations containing the words perpendicular to grain.
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1. Moisture Induced Stress Perpendicular to Grain in Timber Structures
Abstract : Timber structures and wooden element are in general affected by moisture and moisture variation in different ways. Their hygroscopic properties result in adsorption of water when wetted and in desorption when dried. READ MORE
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2. Perpendicular to grain fracture analysis of wooden structural elements - Models and applications
Abstract : This thesis concerns experimental and theoretical work regarding perpendicular to grain fracture in wooden structural elements. The experimental part concerns strength tests of glulam beams with a hole. READ MORE
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3. Benefits of strengthening timber with fibre-reinforced polymers
Abstract : As a material, timber offers a wide range of alternatives in terms of structural applications. The natural defects present in timber are, however, the source of large variations in mechanical properties. READ MORE
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4. Experimental characterization and numerical modeling of compression perpendicular to the grain in wood and cross-laminated timber
Abstract : Compression perpendicular to the grain (CPG) of wood is a typical loading situation in timber structures. It has been an extensively studied research topic for decades, due to the highly ductile behavior of wood under such loading, the large variations in mechanical properties, and the relevance of these properties in structural design. READ MORE
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5. Experimental investigations into deformations resulting from stresses perpendicular to grain in Swedish whitewood and redwood in respect of the dimensioning of concrete formwork
Abstract : Deformations resulting from stresses perpendicular to grain in concrete formwork involving wooden shoring members have given rise to a number of problems on building sites. No quantitative relations between stresses perpendicular to grain and deformations have as yet been forthcoming. READ MORE