Browsing New Zealand Society for Earthquake Engineering by Subject "Practice case studies in innovative structural design"
Now showing items 1-6 of 6
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Cyclic tests of an innovative seismic bracing member - multiple U-shaped flexural plates dissipater
(2020-04-22)Following Canterbury earthquake sequence, there has been an increasing interest in development of low-damage structural design using supplemental damping such as the use of metallic dissipaters. In this research, an ... -
Full-scale shaking table testing of a low-damage steel structure using Resilient Slip Friction Joint
(2020-04-22)The objective of this study is to give an overview of the design and numerical analyses related to a full-scale steel structure shaking table test that includes some structural applications of Resilient Slip Friction Joint ... -
Impacts of innovation in performance-based building code
(2020-04-22)The purpose of this study is to assess the benefits and the unintended consequences of innovation in performance-based building code with an emphasis in New Zealand building code. Also, this paper examines how innovative ... -
Introducing a low damage system incorporating rocking braced frame and resilient slip friction joint as a shear key
(2020-04-22)In this paper, to achieve a self-centring damage avoidance rocking framed system, RSFJ has been employed as a shear link between braced frame and its boundary columns. Such a system could be used for a single or coupled ... -
Scion Hub: A three storey seismically resilient timber diagrid
(2020-04-22)The new three storey Hub building at Scion’s campus in Rotorua is an innovative approach to providing seismic resilience in timber. A demonstration project for Scion’s work in the timber industry it utilises several forms ... -
The Scott Base Redevelopment: design response to natural hazards
(2020-04-22)The Antarctic environment is extreme, making consideration of resilience crucial for survival. This paper outlines how site-specific hazards are being considered within a resilient design framework for the Scott Base ...