Search for dissertations about: "ThermoWood®"
Found 5 swedish dissertations containing the word ThermoWood®.
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1. Thermally Modified Timber : Novel Aspects of Bending Behaviour Towards Grading and Structural Applications
Abstract : Thermally modified timber (TMT) has gained market share in Europe as an environmentally friendly and durable building material. Unfortunately, TMT products are currently prohibited for use in structural applications as there is insufficient data to estimate the loss in strength due to thermal modification. READ MORE
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2. Colour – A Reliable Quality-Control Tool for Industrial Thermowood® Production
Abstract : The objective of the work presented in this doctoral thesis has been to correlate the commercial output of ThermoWood® process with a pre-defined, quantifiable, non-destructive measurable parameter - colour, and to show the feasibility of measurements to be the essential part of the internal and external quality-control system. Colour is the most evident property changed of thermally-modified timber (TMT). READ MORE
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3. Drying and thermal modification of wood - studies on influence of sample size, batch size, and climate on wood response
Abstract : Research on wood drying and wood modification is primarily done in laboratories, using clear wood specimens treated under well-defined conditions in laboratory cabinets. Laboratory tests differ from industrial treatment both regarding the size and homogeneity of the material treated, and the size of the batch and kiln used. READ MORE
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4. Heat treatment of solid wood : effects on absorption, strength and colour
Abstract : Wood is a useful construction material, but it has less desirable properties such as poor durability and poor dimensional stability. These problems can be reduced by using various chemical treatments. Increased environmental awareness has raised the demand for more environmentally friendly methods. READ MORE
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5. Studies on Industrial-Scale Thermal Modification of Wood
Abstract : Wood as a raw material is useful for many purposes even though some properties are less than optimal, for example, dimensional stability and durability. These characteristics can however be improved by different treatment methods. READ MORE