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Home > Structures and Architecture: New concepts, applications and challenges > Reframing structures: Frame experimentation in artistic studies
Structures and Architecture: New concepts, applications and challenges |
Paulo J. Cruz
Routledge
Structures and Architecture: New concepts, applications and challenges
Reframing structures: Frame experimentation in artistic studies
Authors

I. Vrouwe &a; B. Pak

ARI Id

1666365539176_15575251

Access

Not Available Free

Pages

1337-1344

DOI

10.1201/b15267-180

Table of Contents of Book
Showing 1 to 20 of 305 entries
Chapters/HeadingsAuthor(s)PagesInfo
A façade roadmap
U. Knaack
28-39
Pier Luigi Nervi: Architecture as Challenge
M.A. Chiorino &a; C. Chiorino
40-51
The great counterintuitive: Re-evaluating historic and contemporary building construction for earthquake collapse prevention
R. Langenbach
52-68
Emilio Pérez Piñero: Inventor of deployability
F. Escrig
69-84
TECHNICAL CONTRIBUTIONS Mini-symposia &a; special sessions
85-85
Merging seismic and fire design of timber buildings and potential and limitations on going high
B. Kasal, D. Kruse, N. Rüther &a; T. Polocoser
86-93
Status of cross-laminated timber construction in North-America
S. Gagnon &a; E. Karacabeyli
94-101
A review on seismic response of timber frames
H. Stamatopoulos &a; K.A. Malo
102-109
Investigation of seismic performance of multi-storey timber buildings within the framework of the SERIES Project
M. Piazza &a; R. Tomasi
110-117
Seismic design of CLT Buildings: Definition of the suitable q-factor by numerical and experimental procedures
L. Pozza, D. Trutalli, A. Polastri &a; A. Ceccotti
118-125
Seismic design of timber buildings with a direct displacement-based design method
C. Loss, M. Piazza &a; D. Zonta
126-133
Behaviour of moment connection in timber frameworks
A. Polastri, R. Tomasi, M. Piazza &a; I. Smith
134-141
Seismic performance assessment of a timber log house
J.M. Branco, P.B. Lourenço &a; C. Aranha
142-149
Better than Steel? (Part 2): Tall Wooden Factories and the Invention of “Slow-burning” Heavy Timber Construction
R. Langenbach
150-167
Performance-based design for mid-rise wood constructions in Canada
C. Dagenais, S. Gagnon &a; R. Desjardins
168-175
Predicting force flows in timber light-frame building superstructures
G. Doudak &a; I. Smith
176-183
Is cross-laminated timber suitable for building structures to thirty levels?
J.B. Chapman
184-191
Wind design of timber buildings
I. Zisis &a; T. Stathopoulos
192-200
Design concepts and principles for tall multi-storey superstructures incorporating timber frameworks
I. Smith
201-208
Vibrations of timber floor beams with end restraints
K.A. Malo &a; J. Köhler
209-217
Chapters/HeadingsAuthor(s)PagesInfo
Showing 1 to 20 of 305 entries
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