Nonlinear Pushover Analysis for Performance Based Engineering Design – A Review
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2017, Vol 5, Issue 3
Abstract
Engineering Structures are designed to withstand all the anticipated loads without failure. Even after utmost care in assessing the expected loads as per the Codal provisions and field experience, modeling random loads like a seismic load is quite tedious and difficult. Performance based design using nonlinear pushover analysis is a highly iterative process aimed to control the structural damage under the action of earthquake forces based on precise estimation of proper response parameters. This paper reviews performance based design method using non-linear push over analysis and significant contributions published.
Authors and Affiliations
Poleswara Rao. Kovela, Balaji. K. V. G. D , Gopal Raju S. S. S. V, Srinivasa Rao S
Implementation Issues in Bluetooth Based Smart Sensor Network
In this paper we focus on wireless sensor networks and Bluetooth issues related to its use in sensor networks. An implementation platform for a Bluetooth based sensor network is presented and functionalities are describ...
Current Practices of Solid Waste Management in MITS Campus, Gwalior: A Case Study
Aim of the study was to access the present condition of the solid waste management in the MITS, Gwalior by taking key informants as field visits, personal interviews with different stakeholders and questionnaire to know...
slugA survey on Energy Efficient Routing Protocols in Wireless Sensor Network
Wireless Sensor Network is a network of sensor nodes without having any central controller. Its growth is expeditiously increasing and that’s why there is an immense field for research in this area. Many routing, power...
Comparison of Performance in Text Mining Using Text Categorization of Semi Structured Data
Text mining or knowledge discovery is that sub process of data mining, which is widely being used to discover hidden patterns and significant information from the huge amount of unstructured data. The enormous amount of...
Experimental Investigation and Material Formation of Aluminium With Graphite
the goal of this work is to automotive applications in terms of environmental, social, economic and technical aspects by establishing a set of quantifiable measures for design for sustainability that can be applied to....