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Archives: Project

Holds projects

ENVELOPE SYSTEMS FOR EXTENDED BUILDING LIFE

ENVELOPE SYSTEMS FOR EXTENDED BUILDING LIFE

CONNECTION SYSTEMS FOR EXTENDED BUILDING LIFE

CONNECTION SYSTEMS FOR EXTENDED BUILDING LIFE

CIRCULAR [RE]DESIGN TO ENABLE DISASSEMBLY AND REUSE OF MID-RISE TIMBER BUILDINGS

CIRCULAR [RE]DESIGN TO ENABLE DISASSEMBLY AND REUSE OF MID-RISE TIMBER BUILDINGS

Influence of CLT Manufacturing Variables on Vibration and Acoustic Performance

Influence of CLT Manufacturing Variables on Vibration and Acoustic Performance

Design for positive occupant outcomes in timber-rich environments

Design for positive occupant outcomes in timber-rich environments

The bio-hygrothermal performance of mid-rise non-residential timber framed façade systems

The bio-hygrothermal performance of mid-rise non-residential timber framed façade systems

Role of moisture in the long-term performance of mass timber building elements

Role of moisture in the long-term performance of mass timber building elements

Development of moisture monitoring, assessment and management systems for the Australian mass timber construction industry

Development of moisture monitoring, assessment and management systems for the Australian mass timber construction industry

Fire safety of mass timber buildings

Fire safety of mass timber buildings

Wood Composite Load Bearing Solutions

Wood Composite Load Bearing Solutions

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ARC ADVANCE TIMBER HUB

ADVANCED ENGINEERING BUILDING (49)
SCHOOL OF CIVIL ENGINEERING
THE UNIVERSITY OF QUEENSLAND
ST LUCIA QLD 4072 AUSTRALIA
CONTACT: timber@civil.uq.edu.au

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ARC Advance Timber Hub is administered by the University of Queensland and is funded by our partners with major funding support from the Australian Government through the Australian Research Council.
The Hub acknowledges the Traditional Owners and their custodianship of the lands on which the Hub is situated.

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