2023
Willkommen zurück!
Wir freuen uns, alle neuen und alten Studierenden wieder bei uns begrüßen zu dürfen!
1 Year of IHB – Success in figures
IHB is celebrating its first anniversary and can look back on a year full of successes.
Erste Erfolge im Unistrand Projekt.
Wir bedanken uns herzlichst bei Dieffenbacher und Swiss Krono für die Unterstützung im Unistrand Projekt.
Project: Textile reinforced concrete
Field trip to Augsburg: 10th April - 16th April 2023
Online Sessions from 17th April to 30th of June
FFG Project „Prefab.Facade“
The Bau.Energie.Umwelt Cluster Niederösterreich is cooperating with Prof. Kromoser and the Institute of Green Civil Engineering and Dr. Jörg Koppelhuber in order to increase the performance of recyclable and mass-produced façade elements
Current open job advertisements
Current job vacancies at the Institut for Green Civil Engineering
Going international – IHB auf der WCTE 2022
Während unsere Betonbauer in Istanbul ihr Wissen teilten, fuhren die Holzbauer des Instituts nach Oslo zur WCTE 2022.
Congratulations to Dr. Nadine Preßmair
We would like to take this opportunity to congratulate Dr. Nadine Preßmair on completing her doctorate and wish her every success in the future!
Laserscanning at IHB – New terrestrial laser scanner at the Institute
The IHB acquired a state-of-the-art Leica RCT360 terrestrial laser scanner!
Mass timber "definitely not the right way to go"
Interview with Prof. Benjamin Kromoser in the Dezeen's Timber Revolution series.
Projekt Hochbau 2023
Die Gewinner der Lehrveranstaltung PJ Hochbau und Bauphysik wurden am Ende des Semesters geehrt!
Going international – IHB am fib Symposium
Fünf unserer Forscher fuhren im Juni nach Istanbul zum fib Symposium.
Going international – IHB at the fib Symposium
Five of our researchers travelled to Istanbul in June for the fib Symposium.
3DP Biowalls proposal accepted!
The completely new approach for the production of fully recyclable walls made from renewable materials by means of additive manufacturing (3D printing) with a very high ecological and economic potential
Digital production of highly efficient wood-wood connections
Currently, laminated timber is widely used beside classic sawn timber. The gluing allows for higher part length and involves an advantageous behavior regarding deformations due to shrinkage and lead to better, more regular mechanical properties. The drawback is a low material utilization factor. Starting from a tree trunk, only 25-30 % are part of the final product. Thus, the high-quality product has to be used as efficient as possible.
