For this purpose, a Eurocode based design procedure for laminated rubber bearings is proposed in this work.
An energy based design procedure for seismic upgrading of frames with ductile shear panel and concentric X-braces is presented.
The main objective of this paper is to compare the seismic response of the structure with SMA+VD and HD EDB's in order to calibrate a new performance based design procedure for the evaluation of the mechanical characteristics of SMA+VD devices.
In this study, a performance based design procedure was developed for the proposed system.
A comprehensible software based design procedure, using such a mathematical model, is therefore interesting for the industrial ED user.
In order to develop reliability- and performance-based design procedures for FRP based repair, design uncertainties present in the existing structure and introduced by the FRP must be quantified.
The proposed method is based on the broadly adopted fragility analysis method (conditional approach), widely used in Performance-Based Design procedures for structures subjected to natural hazards like earthquake and wind.
Fragility techniques are also increasingly being accepted by those in the design communities (especially seismic design) and are likely to form the basis for next generation performance-based design procedures for all hazards.
In the procedure of reliability based design optimization for structural systems with truncated random variables, repeated function evaluations are required for different design points where the computational costs are extremely huge.
Based upon the analysis results, design procedures for nonlinear protocols are presented.
Traditional fatigue design procedures for SCRs are based on linear soil models for the seabed and though these are simple, they usually lead to conservative results.
