Browsing by Title
Now showing items 1702-1721 of 1863
-
The next generation of drywall construction for low-damage design
(2023-04-19)Low-damage structural systems that can withstand large earthquakes with no structural damage, or localised damage in pre-defined fuses, have become commonplace in the past one to two decades. These systems however, generally ... -
The objective of the New Zealand seismic design code
(1972-12-31) -
The October 1, 1987 Whittier Narrows earthquake
(1987-12-31) -
The Optimised Sliding Hinge Joint (OSHJ): Design, Detail, and Implementation in Practice
(2021-04-14)The Optimised Sliding Hinge Joint (OSHJ) is a low-damage, resilient, versatile, and cost effective seismic resisting system developed primarily for Moment Resisting Steel Framed (MRSF) buildings. The OSHJ is the optimized ... -
The Peruvian earthquake disaster
(1970-06-30) -
The Philippines earthquake of July 16, 1990
(1991-03-31) -
The Pisco (Peru) earthquake of 15 August 2007
(2008-09-30) -
The police role
(1978-03-31) -
The political and legal effects
(1978-03-31) -
The prediction of building performance during earthquakes
(2004-09-30) -
The Roball
(2002-09-30) -
The ROBUST Steel Building Response
(2024-04-09)The ROBUST test programme describes the full-scale shaking table testing of nine different steel frame building configurations on the Tongji University shaking tables. Energy dissipation occurs by means of friction devices ... -
The RoGlider
(2006-03-31) -
The role of in-plane strengthening within a proposed non-specific design approach to seismic improvement for URM buildings
(2022-04-27)Recent research shows that a significant number of earthquake-prone unreinforced brick masonry buildings may not receive seismic strengthening within the deadlines mandated by the Building (Earthquake-prone Buildings) ... -
The role of local bodies
(1978-03-31) -
The role of reinsurance in earthquake risk assessment
(1989-12-31)