The project aims to develop a strategic research and innovation agenda to strengthen the global competitiveness of the Swedish wood industry and its suppliers of equipment, products and services.
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The projects objectives are: - Develop solutions that consistently meet sound class B. - Develop solutions that can be built in 6 (and possibly more) floors. - Optimize the performance of antivibration isolators between floors. - Identify opportunities for collaboration between volume building system and solid system.
The purpose of this project is to evaluate the experiences of the previous project in full scale in industrial environments and to evaluate the effects of these industrial drying solutions and mold reduction measures using samples placed in authentic outdoor conditions.
The purpose of Part 2 of the project is to provide more detailed information on air speed adaptation to moisture departure will be implemented during the drying process. The goal is to create tools and recommendations on how to reduce the fan will be implemented with a reasonable margin of safety against production and quality problems.
The purpose of this study is to compile the level of technology and industrial examples of robots in complex production environments where advanced situational adjustment required example would be robots in collaboration with trucks or robots as a problem solver in the transport system.
The aim is to simplify and clarify for users and industry what is expected of an outdoor product. The project will be the demanding client who needs wood for sustainable outdoor products.
TräCentrum North contribute with financing to the Vinnova funded project AkuLite The aim is to identify the specific challenges for existing noise environment in residential buildings with lightweight structures. The measurement and calculation methods currently used are designed for heavy structures, such as concrete. Practical experience has shown that many of the methods are not directly applicable to lightweight structures with reliable results.
The aim is to develop knowledge of cracking and degradation of the wooden structures of various influencing factors. The project will provide a basis for lifetime assessment of timber structures in the outdoor environment.
The project aims to develop a prestudy to identify the market for future façade systems.
The project is a study of existing inspection instructions and contacts with surveyors and organizations, to create a basis for the development of inspection manuals for wooden structures.
The aim is to investigate whether heat treatment can be supplemented with hot oil treatment to reinforce wood products durability in outdoor conditions, especially in ground contact.
The projects goal is to complete a unique instrumentation of great importance for the future of the timber industry in the areas of drying, heat, moisture dynamics, modification with multiple processes.
The project will evaluate gluelam beams and test methods for the effect of cracks on shear strength. Tests performed are to be conducted on glulam beams to find out how different parameters (location of cracks, crack depth, etc.) affect shear strength.
Area: Industrial Wood Construction Budget: 2.6 million SEK Timetable: January 2007 - December 2009 Project: Willhelm Risberg, Lindbäcks construction
