Advertisement
Advertisement
LIGNA 2019, 27 - 31 May
Research and Education

New: LIGNA.Campus

The LIGNA.Campus offers supplementary presentations by participants from research and education. Projects of research universities are presented here.

Advertisement

Research results at LIGNA.Campus 2019

Salzburg

Fachhochschule Salzburg Campus Kuchl

Hochschule für Forstwissenschaft Rottenburg

Hochschule für Forstwissenschaft Rottenburg

Hochschule Ostwestfalen-Lippe

Hochschule Ostwestfalen-Lippe

Technische Hochschule Rosenheim

Technische Hochschule Rosenheim

TETHOK_60 m Weidenmonofil auf Spule_BAU KUNST ERFINDEN

Universität Kassel

TETHOK_Röhrengeflecht_BauKunstErfinden

Universität Kassel

TETHOK_Endlosfaden_Holz_Spule_BauKunstErfinden

Universität Kassel

Forstwirtschaftliche Versuchsanstalt und Forschungsanstalt Baden-Württemberg

FVA Baden-Württemberg

intelligentes_werkzeug_zur_prozessueberwachung

Institut für Werkzeugmaschinen (IfW) Stuttgart


Fachhochschule Salzburg Campus Kuchl

Salzburg
Photo: Fachhochschule Salzburg Campus Kuchl

Technology and research platform "Hybrid Materials"

Hall 11, stand E62

Hybrid materials are promising, novel composite materials that open up new potentials due to their special properties by coupling them with new processing technologies. This is showcased by the project "Biogenic filaments for 3D printing".



Hochschule für Forstwissenschaft Rottenburg

Hochschule für Forstwissenschaft Rottenburg
Photo: Hochschule für Forstwissenschaft Rottenburg

Hall 11, stand F75

Is it possible to create a dimensionally stabilized beech wood for constructive purposes? A newly developed cross-laminated timber made of hardwood is presented by the Rottenburg University of Applied Sciences. Partners from research and industry participated in this successful project. Further exciting research projects in the field of forestry and wood can be discovered here.



Hochschule für nachhaltige Entwicklung Eberswalde

Hochschule Eberswalde
Photo: Hochschule für nachhaltige Entwicklung Eberswalde

Structural health monitoring of wooden constructions

Hall 11, stand F69

The safety of buildings and the use of sustainable materials are of great importance in social perception. Structures made of wood in public and semi-public areas (bridges, exhibition halls, railway sheds, silos and warehouses) are subject of a particular degree of temporal change and have a higher risk potential than those of comparable materials. Continuous monitoring of building material integrity through inspection intervals, as used in other construction areas for safety-relevant areas, has hitherto proven to be very complicated and expensive in timber construction and can thus not used nationwide. An ideal solution to these challenges is therefore a global, non-destructive sensor that can cost-effectively integrated into production. Promising is therefore a novel method that uses multifunctional adhesive joints. Adhesives filled with electrically conductive particles enable the sensor technology of strains, temperatures and humidities even on a laboratory scale.

The central objective is the transfer of such adhesive systems to wood construction and the development of a process technology for the reproducible production of economically relevant wood adhesive joints for the imaging of damage scenarios in statically relevant areas of glued wooden constructions.



Hochschule Ostwestfalen-Lippe

Hochschule Ostwestfalen-Lippe
Photo: Hochschule Ostwestfalen-Lippe

Research and Transfer Performance

Hall 11, stand F67

  1. Determination of properties and design values of oil palm wood, development of products and testing of oil palm wood products
  2. Lightweight construction, joining technology and technology integration in industrial and craftsmanship furniture and interior design
  3. Production excellence, optimization of production processes in the wood and furniture industry as well as in woodworking machinery industry



Technische Hochschule Rosenheim

Technische Hochschule Rosenheim
Photo: Technische Hochschule Rosenheim

production tomorrow laboratory

Hall 11, stand D88

Constantly increasing requirements in the field of individualization and digitization require fast and flexible action. In our research project, we are abolishing the old, rigid and centralized corporate organization and thus many processes that do not add value.

People, machines, logistics and products communicate and cooperate directly and distributed with each other. We decentralize responsibility and competence structures and ensure optimal, system-break-free networking of all value-added participants, starting with the idea for a new product, through development, production, use and maintenance.

Website



Universität Kassel, Forschungsverbund Textile Tektonik für den Holzbau

TETHOK_60 m Weidenmonofil auf Spule_BAU KUNST ERFINDEN
Photo: Universität Kassel | Endlosfaden aus Massivholz

Textile Tectonics for Wood Construction

Hall 11, stand F66

From wood to textile. At the University of Kassel within the interdisciplinary project „Textile Tectonics for Wood Construction“ we develop a continuous filament out of solid wood that can be made into wood-textile structures. Our aim is to innovatively adapt established concepts in wood construction to textile construction. Textiles have many advantages: excellent suitability for light construction, versatility of form and function, refined and tested manufacturing and processing technologies, and a characteristic, ever-changing, deeply familiar aesthetic of parallel and crossing threads. We investigate the design, shaping, simulation, manufacture, and construction of lightweight load-bearing structural components made of wood-based continuous-fiber textiles.

Website



Forstliche Versuchs- und Forschungsanstalt Baden-Württemberg (FVA)

Forstwirtschaftliche Versuchsanstalt und Forschungsanstalt Baden-Württemberg
Photo: FVA Buche in CT

Hardwood Research –
research projects for characterizing the ressource

Hall 11, stand E67

FVA Baden-Württemberg will present a wide variety of research questions and aspects alluding hardwood research. The projects presented will range from approaches to investigate the development of raw material quality for new wood species on standing stock for a potential future ressource, over new technologies for roundwood assessment, sorting and grading (like x-ray based computed tomography and non-destructive technology applied to hardwood species) to new concepts for hardwood utilisation in innovative applications.



Forschungsplattforum Holzbearbeitungsmaschinen e.V.

The Future of Woodworking – Ideas Connect.

Halle 11, stand B41

We are driving word joint pre-competitive research in the industry. To this end, we bring together industry experts, scientists and industry professionals. A special concern of ours is the promotion of young scientists. We give small and medium-sized companies the opportunity to collaborate with the big players in the industry on extensive research programs.



Institut für Werkzeugmaschinen (IfW), Universität Stuttgart

intelligentes_werkzeug_zur_prozessueberwachung
Photo: IfW | Intelligent process-monitoring tool

Research projects from the fields of wood and composites processing

Hall 11, Stand E78

The University of Stuttgart Institute for Machine Tools (IfW) will be presenting its latest research into wood and composites processing, focusing in particular on resource and energy efficiency, tool optimization and process monitoring. In addition, on the LIGNA special-interest topic of "Processing of Plastics and Composites", it will report on its research into the machining of plastics, composites and additively manufactured items.


spacer_bg

Please contact us

Advertisement