engineering design

combining to utilize individual strengths

the claim
	By combining steel and timber structural modules a more efficient and versatile design can be achieved
	A key hypothesis of this work is ...
the methodology
	to be completed ...
the approach
and then he/(Ye) flew away ...	exploring at the site
work in progress
Yalda Khorasani	presentation 9.11.2010
Mathieu Angers	presentation 9.11.2010
Carla Dickof	presentation 9.11.2010
Caroline Villiard	presentation 9.11.2010
Johannes Schneider

bookshelf
general	_Steel_Concrete_Composite_Structures_Spacone _Steel_Concrete_Frames_Zona Guidelines Seismic Design_Nishiyama _FRP Materials Villiard _SE Midply Shearwall _seismic_design_steel_structures _Seismic Behavior_Liang and Parra-Montesinos _Seismic Damage_Mehanny & Deierleins _Seismic Performance_Kuramoto & Nishiyama _load evaluation on structures _bonded-in Steel Rods _characteristics of FRP materials _CLT overview and analysis _CLT_analysis
hybrid issues	_seismic_design of hybrid_structures _hybrid_composite_girders _hybrid_composite_girders _hybrid_composite_decks _steel-timber hybrid_structures _Hybrid Structural Frame_Noguchi & Uchida _Hybrid_Connections_Tunc
analysis	_frame_analysis _risk_analysis
codes and requirements	_aisc_LRFD _aisc_specs _aisc_standard_practice _CISC_standard_practice
conclusions and outlook
	__________________________________________
start of the page


sponsor:	NSERC, SSEF, EDS
steel / timber hybrid design

Prof. Stiemer

Prof. Tesfamariam


Steel / timber hybrid design is ... to be completed