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 Keynote Address paper:
Timber Frames and Solid Walls: Earthquake Resilient
Construction from Roman Times to the Origins of the Modern
Skyscraper, 1st International Symposium on Historic
Earthquake-Resistant Timber Frames in The Mediterranean Area
(H.Ea.R.T.2013), Cosenza, Calabria, Italy.
Chapter 1: What We Learn from Vernacular Construction
Excerpts of the book as a whole can be read in Google Books Here. In Google Books, Chapter 1 is shown complete. To find it, turn through 20 pages of the book's front matter with Roman numeral numbered pages, to find it on page numbers 3-36.
In: K.A. Harries & B. Sharma, editors; Nonconventional and Vernacular Construction Materials, Characterisation, Properties and Applications, Woodhead Publishing Series in Civil and Structural Engineering, No. 58, Elsevier, London, 2016, pp 3-36
2017, Keynote Address Paper, TIMBER 2.0: Resilience and Vulnerability of Wood Construction in Earthquakes and Fires, Proceedings of SHATIS'17: 4th International Conference on Structural Health Assessment of Timber Structures, Edited by Dr. Görün Arun, 20-22 September, 2017, Tübitak, Istanbul, Turkey. ISBN: 978-605-62703-7-6.
2015, Keynote Address Paper:
Traditional is Modern: Traditional Building Technology for Resilience in the Modern Era, Proceedings of the International Expert Meeting on Cultural Heritage and Disaster Resilient Communities within the framework of the 3rd UN World Conference on Disaster Risk Reduction, March 2015.
Book of Proceedings published 2016.
Keynote Address Paper:
Ancient Construction Technologies that can Protect Modern
Buildings From Collapse in Earthquakes, Proceedings
of CICOP Pre-conference of the of the Biennale of the
Architectural and Urban Spaces (BRAU), The 4th International
Conference on Hazards and Modern Heritage, Sarajevo,
Bosnia, June
13-16, 2011. 0.6MB
ICOMOS-Beijing/Cvr-w_name_small.jpg)
ICOMOS-Beijing/pdf.gif) 2008,
by Randolph Langenbach,
Learning from the Past to Protect the Future: Armature Crosswalls,
Engineering Structures, Elsevier. Vol. 30, No. 8, August 2008, pp 2096-2100
2006, by Randolph
Langenbach, Khalid Mosalam, Sinan Akarsu, Alberto Dusi,
ARMATURE CROSSWALLS:
A Proposed Methodology to Improve the
Seismic Performance of Non-ductile Reinforced Concrete
Infill Frame Structures,
8th U.S. National
Conference on Earthquake Engineering (8NCEE), San Francisco
1906 anniversary, 2006.
2005,
by Randolph Langenbach,
ARMATURE CROSSWALLS,
How pre-modern
construction practices
may hold the key to avoiding the
collapse of vulnerable urban housing blocks,
Joint US-India
Symposium on Urban Housing and Infrastructure in New Delhi,
October, 2005.
2003,
by Randolph Langenbach,
CROSSWALLS"
INSTEAD OF
SHEARWALLS:
A
Proposed
Research Project
for the Retrofit
of Vulnerable
Reinforced
Concrete
Buildings in
Earthquake Areas based on
Traditional
Hımış
Construction,
Proceedings
of the Turkish
Fifth National
Conference on
Earthquake
Engineering,
Istanbul, 26-30
May, 2003.
(1.6 MG)
Was
Haiti
in
2010
the
next
Tangshan
in
1976:
Heritage
Structures
Reveal
the
Hidden
Truth
about
Risk
and
Resilience
during
the
Haiti
Earthquake,
Proceedings
of
the
ICOMOS
Scientific
Symposium
on
'Reducing
Risks
to
Cultural
Heritage
from
Natural
and
Human-Caused
Disasters,
31
October,
2012.
2MB |
RomaTre-EngClassTalk/RomaTr1.jpg)
Frames
and
Solid
Walls:
Earthquake
Resilient
Construction
from
Roman
Times
to
the
Origins
of
the
Modern
Skyscraper
© Randolph Langenbach, 2018
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This is an hour-long class lecture by Randolph Langenbach in English given on the 26 March 2018 in the Engineering class of Professor Camillo Nuti for graduate students in the Department of Architecture at ROMA TRE University in Rome. More than most of the lectures by Prof. Langenbach, this lecture covers a wide range of examples from around the world.
TABLE OF CONTENTS (with the time in minutes into the 60 minute film)
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01:23: Taking the "Frame" out of "Timber Frame"
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02:12: 2014 Napa Earthquake: Trefethan Winery
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03:25: Srinagar, Kashmir
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12:46: 19th Century Textile Mills: Amoskeag Millyard, Manchester, N.H.
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15:00: Bangladesh: Collapse of the Rana Plaza in Savar, Dhaka in 2013
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15:28: Great Britain Textile Mills
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16:05: Slow Burning Construction, Cross-laminated timber, Bolted wood diaphragms
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18:23: Turkey: 1999 Marmara Earthquakes and subsequent earthquakes
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24:31: Reinforced concrete moment Frame with infill masonry construction
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26:45: Ancient Roman Pantheon - unreinforced concrete dome
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27:04: Haiti: 2010 earthquake - rusting rebar collapses + survivor with external framework.
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29:54: Ancient Rome
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30:28: Invention of the skeleton frame construction 'Skyscraper' with masonry infill
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34:43: 1906 San Francisco Earthquake and Fire
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36:59: Reinforced Concrete with masonry infill construction
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41:35: 'Armature Crosswalls' (Mexico 1985 EQ, El Salvador 1987 EQ, Iran 2003 Bam Earthquake)
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46:24: Pakistan: 2005 Kashmir Earthquake
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48:31: "X" braced timber frames
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50:05: 1755 Lisbon Portugal Earthquake
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50:49: 2017 Mexico City earthquake - 269 Amsterdam Avenue "x" braces damage
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52:22: Building Code structural objectives for earthquakes
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52:59: Modern steel frames compared to ancient clay construction after the 2003 Bam, Iran EQ
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55:40: Nepal: 2015 Gorkha earthquake: 'Gabion Bands'
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57:50: Italy: Amatrice and Norcia 2016 earthquakes
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1 Hour End
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