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Materials science / Fibre-reinforced plastic / Carbon-fiber-reinforced polymer / Glued laminated timber / Structural material / Fiberglass / Engineered wood / Strength of materials / Delamination / Composite materials / Construction / Architecture


T3A4 Strengthening of Timber Beams using FRP, with Emphasis on Compression Strength : A State of the Art Review
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Document Date: 2011-05-31 10:28:47

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File Size: 845,34 KB

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City

Madison / Mölndal / Wold / Göteborg / Venice / Stockholm / Lyngby / /

Company

Argon A. S. / SWEREA SICOMP AB / Fleck N. A. / B. and Fleck N.A. / Budiansky B. / Forest Product Laboratory / /

Continent

Europe / /

Country

Norway / Japan / United States / Italy / China / Sweden / Finland / Denmark / /

Event

Natural Disaster / /

Facility

State University of New York / Building Materials / centre All / Robert Kliger1 Chalmers University of Technology / Chalmers University of Technology / Vihantasalmi bridge / Flisa Bridge / centre In / CFRP bar / /

IndustryTerm

wood transportation structures / reinforcement device / composites technology / steel tubes / reinforcement devices / steel / energy / /

Organization

State University of New York / Syracuse / US Department of Agriculture / Royal Society of London / Glulam / International council / Freemasonry / Chalmers University of Technology / American Society of Metals / Department of Structural Engineering and Materials / /

Person

Marie Johansson / Van Goethem / Douglas / /

Position

Design model for FRP reinforced glulam beams" / General / /

ProvinceOrState

M.B. / New York / /

PublishedMedium

Proceedings of the Royal Society / /

Region

Asia-Pacific / /

Technology

Environmental Engineering / composites technology / /

SocialTag