07:25
Four-Point Bending Test of NLT Panel with Plywood on Top - Minor Direction Failure
15:14
Four-Point Bending Test of NLT Panel with Plywood on Top - Major Direction Failure
00:27
Exploring the Strength of Aspen Glulam Beams
00:21
Exploring Aspen I-Joists: A Hands-On Experiment-Part II
00:48
Exploring Aspen I-Joists: A Hands-On Experiment- Part I
00:30
Stress Distribution in CLT under Edge Compression
02:48
Timber Brace connection
01:38
Short-Span Bending Test on Hybrid CLT
14:40
WCTE2021 Presentation: A holistic design approach for innovative panelized light-wood frame roof
13:56
WCTE2021 Presentation: Timber-Concrete Composite Floor with Self Tapping Screws and Insulation Layer
14:55
WCTE2021 Presentation: Development of Span Tables for Mass Timber Panel-Concrete Composite Floors
13:29
WCTE2021 Presentation: Analytical assessment to the timber-concrete composite floors with notches
12:21
WCTE2021 Presentation: Prediction of in-plane shear modulus of CLT from laminate properties
00:47
TCC under bending (Timelapse)
02:16
CLP Shear Wall Test
02:11
Perforated Steel Plate Shear Test
03:55
CLT Lintel in Third-Point Concentric Bending
00:38
Cyclic Test of Perforated Plate Connection for Brace Frame Element
04:10
Bending test on timber-concrete composite floor connected with notches
00:39
Shear test on notched timber-concrete connection
00:35
3-Layer CLT - Planar Shear Test
00:58
5-Layer Composite Laminated Panel - Shear Test
00:45
Third-Point Bending Test of Mass Timber Panel-Concrete Composite System
01:03
CLT Column under Eccentric Compression
01:41
Hold Down with Perforated Plates in CLT
00:44
SPF Compression test Parallel to grain
00:11
SPF compression test 45 degrees to grain
00:24
SPF compression test perpendicular to grain
00:45
CLT column test
02:26
Shear test on CLT
00:55
Ice beam test
01:26
Timelapse of Shear Test on Timber-Concrete Notched Connection
00:11
Single shear test 90 degree
00:25
CLT under bending slow motion 5
00:35
CLT under bending slow motion 3
00:30
CLP under bending slow motion 3
00:11
CLP under bending slow motion 2
00:25
CLT under bending slow motion 2
01:42
CLT under bending slow motion 4
00:05
CLP under bending slow motion 1
00:21
CLT under bending slow motion 1
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About
The ARTS (advanced research in timber systems) group is part of the Department of Civil and Environmental Engineering at the University of Alberta. The research group is led by Prof. Ying Hei Chui, who is the Chairholder of the NSERC Industry Research in Engineered Wood & Building Systems since August 2017. The ARTS group is active in researching innovative engineered wood products and building systems within the areas of structural engineering and building materials. The focus of ARTS’ research is on the next generation of mass timber construction with new connection techniques. The goal for the ARTS is to help the construction and wood industry to move from light wood-frame to mid- and high-rise mass timber construction market.
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