Unit of Timber Engineering

Foto: Universität Innsbruck

v.l.: Anton Kraler, Veronika Sexl, Oresta Remeshylo-Rybchynska und Barbara Tasser

UKRAINE: Universitäres Wissen trägt zum Wiederaufbau bei

Experimental modal analysis of a cross-laminated timber slab

This paper presents the results of an investigation of the dynamic response of a point-supported cross-laminated timber (CLT) slab without joists with a column grid of 5.0 × 5.0 m and overall dimensions of 16.0 × 11.0 × 0.2 m. The results are based on a detailed experimental modal analysis, identifying seven modes from the dynamic response of 651 measurement points, including natural frequencies, mode shapes and damping ratios. These modal parameters exhibit a time variance that is due to environmental influences during the measurement period of two days. As a result of this disturbance effect, the determined mode shapes have a non-negligible imaginary part, which is eliminated by correcting each of the 73 measurements individually. The findings presented provide in-depth insight into the dynamic behavior of the large-scale CLT structure with point supports realized with a novel steel connector.

Construction and Building Materials

INTER 2021 - Online meeting

International Network on Timber Engineering Research 2021 with nearly 100 participating experts from 4 continents. Under the Chairmanship of Prof. Dietsch, 21 selected papers were discussed in-depth in order to support the transfer of R&D results into timber design standards.

CLT under concentrated compression loads - Methods of reinforcement

Point-supported flat slabs made of cross-laminated timber for multi-storey buildings pose various challenges to structural timber design. One aspect are concentrated compressive loads, which cause stress concentrations in the form of rolling shear and compression perpendicular to the grain at the point supports. The present work deals with this problem and shows a method, how the support area can be reinforced with a system connector.

(Free download for 50 days using above given link).

Jury Lift up

Jury for the interdisciplinary design project in cooperation between the Timber Engineering Unit and the Institute for Structure and Design. Initiators: Julia Seidl, politician and Heinz Eppacher, master carpenter; sponsors: pro Holz Tirol, neue Heimat Tirol, Eternit; jury members: Christoph Pichler, pxt, Konrad Merz, mkp, Wolfgang Andexlinger, city planning Innsbruck. 

German Innovation Award

Congratulation! Our license partner Rothoblaas received the German Innovation Award in the category “Winner Excellence in Business to Business, Building & Elements” for the SPIDER CONNECTOR system, developed on the timber engineering unit by Roland Maderebner and Bernhard Maurer.

Veneer reinforced timber

“Proof of concept” passed for a new, inherently reinforced timber product from glulam and hardwood veneers. The tension perpendicular to the grain and shear strength could be multiplied while the bending strength and stiffness remained almost unchanged. (Free download for 50 days using above given link).

Reinforcement of Timber Elements in Existing Structures

This new book, edited and co-authored by Prof. Dietsch, describes the current state of science and technology for the reinforcement of timber elements in existing structures.

Test and research centers in the D - A - CH area

Component development from planning to dimensioning and implementation

European Manufacturing: What’s Next?

Roland Maderebner · talks about new assembling methods for CLT and connection methods with the SHARP-METAL

link: https://masstimberconference.com/event-agenda/

Innovative Timber connection systems

NTU Singapur - Fire protection in another dimension

The Unit of Timber Engineering contributed to the projec with extensive fastener tests.

Connectors for CLT elements

In a nutshell

Journal article bmH (bauen mit Holz)

The Unit of Timber Engineering wishes a Happy Holiday Season and a successful, healthy New Year 2021!

VDI award for his doctoral thesis „Solution approaches for point-supported flat slabs made of cross-laminated timber"

The Unit of Timber Engineering congratulates Bernhard Maurer on winning the VDI award!

18 ^th IFB-Symposium March, 4 ^th - 5 ^th 2021

SPIDER-CONNECTOR

Issue 2/2020, 12. Jg.

Opening of the sound test facility

Article Holzbau Austria

Article Tirol dabei

Article Mein Bezirk Imst

Rundschau

The Unit of Timber Engineering congratulatesBernhard Maurer on the "successfully completed dissertation"!

The Unit of Timber Engineering warmly welcomes our new staff members and scientific guests:

• Maximilian Bestler (Project assistant) - since October 1^st  2019
• Thomas Stieb (student assistant) - since March 1^st 2020
• Linda Rathiens (student assistant) - since May 4^th 2020
• Silke Habel (secretary) - since May 2020
• Valérie Burckhardt (scientific guest EPFL Lausanne) -  Sept. 2020 - March 2021
• Klara Winter (scientific guest TU München) - November 2020 - April 2021
• Florian Spannagel (project assistant) - since November 2^nd 2020
• Thomas Hillberger (University assistant) - since October 2020
  

1^st HOLZBAU DIGITAL Symposium

Invited presentation by Univ. Prof. Dr.Ing. Philipp Dietsch on November 5^th 2020

Conviction happens on the object

Wood, where it makes sense

Philipp Dietsch has been Professor of Timber Construction and head of the related Unit at the Institute for Construction and Materials Science since March 1^st. Wood is his passion. Not only his research projects benefit from this, but also his students ...  [more]

WEBINAR
Point-supported flat slabs made of timber

Point-supported flat slabs made of cross-laminated timber, new possibilities for timber construction.

Modern timber construction is booming due to its high potential for climate protection and it is characterized by innovative developments.

First and foremost, this includes the "cross laminated timber panel", which was mainly developed in Austria and has since been successfully produced and used worldwide ...

[more]

Research for timber construction practice
(An interview with Univ.-Prof. Dr.-Ing. Philipp Dietsch)

A quote from the French writer Francis Picabia, namely "Our head is is round, so that our thinking can change direction", is a guiding principle of Prof. Philipp Dietsch. Since March 1^st, he’s been head of the Unit of Timber Engineering at the Institute for Construction and Materials Science at the Technical University of Innsbruck. It will be interesting to see what spin he can give the future elite in timber construction and, above all, what input he can give the Tyrolean economy. Answers in the following interview ... Article in Holz-Zentralblatt, April 24, 2020.

Philipp Dietsch is the new professor for timber construction

Philipp Dietsch is the new professor for timber construction at the University of Innsbruck. Born in Munich, he studied civil engineering at the Technical University of Munich as well as the McGill University and was team leader "Timber Construction" at the Chair of Timber Construction and Building Construction at the Technical University of Munich. (TT, March 7^th, 2020)