Robert Jockwer
Robert Jockwer is Assistant Professor in the field of Timber Structures at the Division of Structural Engineering in the research group Lighweight Structures at Chalmers. He has focused in his research on several fields including the reinforcement of timber structures by means of self-tapping screws, the structural behaviour of high performance connections in beech hardwood, the reliability of timber structures and connections, and the robustness of tall timber buildings. Robert is a member of the international committee for the revision of Eurocode 5 CEN TC250 SC5.
Showing 43 publications
Data-driven and production-oriented tendering design using artificial intelligence
HOLISTIC DESIGN OF TALLER TIMBER BUILDINGS – COST ACTION HELEN (CA20139)
Design for adaptability, disassembly and reuse – A review of reversible timber connection systems
Regression Models for the Description of the Behaviour of Modern Timber Joints
DEVELOPMENT OF COMPREHENSIVE TESTING PROCEDURES FOR HIGH-PERFORMANCE BONDED-IN RODS
Joining and Reassembling of Wood
TOWARDS ADAPTABILITY AND CIRCULARITY OF TIMBER BUILDINGS
COMPRESSIVE STIFFNESS PARALLEL TO GRAIN IN TIMBER
Natural language processing as work support in project tendering
Experimental study of compressive properties parallel to grain of glulam
Eurocode 5 – Eingeklebte Gewindestangen
Intelligent building contract tendering - potential and exploration
Advanced teaching methods in the course "Timber Engineering" in the Nordic countries
Compressive behaviour parallel to grain of Japanese Cedar
Experimental study on partial compression parallel to grain of solid timber
Några overväganden för effektiva och tillförlitliga träförband med inslitsade plåtar och dymlingar
Designing timber connections for ductility – A review and discussion
Assessment and rehabilitation of existing structures - the ARES project
Modern connections in the future Eurocode 5 - overview of current developments
Robustness of tall timber buildings: an improved framework
Robustness in fire - possibilities for tall timber buildings
A holistic framework for designing for structural robustness in tall timber buildings
Glued-in Rods as Reinforcement for Timber Structural Elements
Design for adaption - making timber buildings ready for circular use and extended service life
Reinforcement of moment resisting joints in LVL frames
Design for adaption - Making timber buildings ready for circular use and extended service life
Recent development of the timber construction sector in Europe
Review of the reliability of timber structures in the 2020s
Glued Connections in Timber Structures
Robustness in Tall Timber Buildings - An Improved Framework
Addressing robustness in the 2nd-generation EN 1995 Eurocode 5
Schraubenverbindungen in Buchen-BSH
FRP reinforcement of timber structures
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Showing 8 research projects
RelyConnect – Reliable and high-performance timber structures with modern connections
Färdplan för anpassningsbarhet för träbyggnader
Floor systems in timber-concrete-composite for more efficient constructions
Data-informed design with the help of artificial intelligence
Novel wood panel for efficient and healthy built environment
Design for adaption - making buildings ready for circular use and extended service life