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Showing result 1 - 5 of 12 swedish dissertations matching the above criteria.
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1. Wood fingerprint recognition and detection of thin cracks
Abstract : The first part of this thesis deals with recognition of wood fingerprints extracted from timber surfaces. It presents different methods to track sawn wood products through an industrial process using cameras. READ MORE
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2. Studies on the competitiveness of wood : - market segmentation and customer need assessments
Abstract : Over the last decades, wood has encountered increasing competition from other building materials. Hence, it is relevant to study the underlying factors of material substitution. The market for repair and remodelling (R&R) is growing in importance. READ MORE
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3. Compression mechanisms and strength properties of semi- isostatically densified wood
Abstract : Since most strength properties increase with increased wood density, densifying wood through compression will increase strength and wear resistance. After densification, wood with originally low density can substitute denser wood and originally dense wood can be used for purposes where wood is considered too soft, e.g. READ MORE
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4. Modelling and simulation in the early stages of the development process of a manufacturing system : a case study of the development process of a wood flooring industry
Abstract : Manufacturing Simulation, or more accurately, Discrete Event Simulation (DES), is an important problem-solving methodology for the solution of many real-world problems in the manufacturing industry. Implementation of DES has become successful in a number of industrial sectors. READ MORE
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5. Quality Aspects of Sliced Oak Lamellae in Development of Engineered Wood Flooring
Abstract : Valuable hardwoods, such as oak, although renewable, present limitations in product realisation in terms of their cost and availability, often attributed to production waste and sub-optimal product design factors. The slicing technique facilitates the production of thin wood lamellae, minimising waste and ensuring optimal material conversion. READ MORE