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Publications tagged with [seismic design]
Total Items found:
Parker W.
,
Thompson J.
et al.
This paper compares the historical and current approaches to building design in New Zealand with the performance based design approaches currently used in the United States under the framework of ASCE 41. Examples of building performance during the recent ...
Filed under:
Earthquake Engineering -
Seismic Soil - Structure Interaction
Reference:
NZSEE Annual Technical Conference & AGM, 13-15 April 2012, Christchurch
Helwany S.
,
Wu J.
et al.
<p>A geosynthetic-reinforced soil (GRS) mass is formed by placing closely-spaced layers of polymeric geosynthetic reinforcement in a soil mass during soil placement. The reinforcement in a GRS mass serves primarily to improve engineering properties of soil. ...
Filed under:
Earthquake Engineering -
Seismic Soil - Structure Interaction
Reference:
Contractor’s Final Report for NCHRP Project 12-59 (01) Submitted January 2012 NCHRP Web-Only Document 187
This paper presents a parametric investigation of the seismic response of circular tunnel. The dynamic response in non-linear conditions due to seismic shaking is analysed numerically making use of the finite element program ICFEP in non-linear conditions. ...
Filed under:
Tunnel Engineering -
Tunnel Seismic Design
Reference:
1st Civil and Environmental Engineering Student Conference 25-26 June 2012, Imperial College London
SURVEY OF DAMAGE EXTENT AND SEVERITY OF CHRISTCHURCH EARTHQUAKES FOR REGIONAL RISK ASSESSMENT
(2012)
After the two recent earthquakes in Christchurch (September 2010 and February 2011) a team of researchers organized by the Earthquake Engineering Research Institute (EERI) was dispatched to the area to conduct a damage survey. The survey addressed a variety ...
Filed under:
Earthquake Engineering -
Seismic Hazard Analysis
Reference:
NZSEE Annual Technical Conference & AGM, 13-15 April 2012, Christchurch
Miranda B.
,
MacRae G. A.
et al.
All buildings are subjected to some degree of torsion which in turn changes the member demands from that of translation only. Torsional effects on buildings subjected to earthquakes are not found directly in structural analysis unless full three-dimensional ...
Filed under:
Earthquake Engineering -
Seismic Mitigation and Design
Reference:
NZSEE Annual Technical Conference & AGM, 13-15 April 2012, Christchurch
This chapter is a guide to the geotechnical designer who is responsible for providing geotechnical/seismicinput parameters to the structural engineers for their use in structural design of the transportation infrastructure (e.g., bridges, retaining walls, ...
Filed under:
Earthquake Engineering -
Seismic Mitigation and Design
Reference:
WSDOT Geotechnical Design Manual M 46-03.01
Kavazanjian E.
,
Martin G. R.
et al.
<p>This manual is intended to provide a technical resource for bridge and geotechnical engineers responsible for seismic analysis and design of transportation geotechnical features and structures such as soil and rock slopes, earth embankments, retaining structures ...
Filed under:
Earthquake Engineering -
Seismic Mitigation and Design
Reference:
Federal Highway Administration, FHWA-NHI-11-032, 2011
This paper describes the Arhavi Highway Tunnel which has two tubes, its geometrical properties, finite element model, and the nonlinear earthquake behaviour under a huge ground motion considering soil-structure interaction. The Arhavi Highway Tunnel is one ...
Filed under:
Tunnel Engineering -
Tunnel Seismic Design
Reference:
Nat. Hazards Earth Syst. Sci., 11, 2755–2763, 2011
The impact of earthquakes, due to ground shaking, which affects the whole tunnel length from ovaling of the tunnel cross section, is investigated in this thesis. The influence of rock mass quality Q and the tunnel dimension is also studied. Finally, an approach ...
Filed under:
Tunnel Engineering -
Tunnel Seismic Design
Reference:
Master Thesis in Geosciences, Department of Geosciences, UNIVERSITY OF OSLO
From February 22 to March 19, 2011, a team organized by the Earthquake Engineering Research Institute (EERI) and the Pacific Earthquake Engineering Research (PEER) Center investigated the effects of the Christchurch earthquake.
Filed under:
Earthquake Engineering -
Seismology & Earthquakes
Reference:
EERI Special Earthquake Report — May 2011