Earthquake Engineering-Civil Engineering Structures

Experimental Modal Analysis of Civil Engineering Structures

Decades ago, a major concern of structural engineers was the development and application of new and powerful numerical methods for the static and dynamic analysis of large civil engineering structures. The rapid development of finite-element techniques accompanied by tremendous technological progress in the field of personal computers allowed structural designers to use software packages for ac...

Study on Nanotechnology in Civil Engineering Structures

The innovation of relevant nanotechnology and its significance in civil engineering practice is illustrated in this paper for broadening vision. Nanotechnology deals with understanding, controlling and manipulating matter at the level of individual atoms and molecules in the range of 0.1–100 nm (10-9 m). It creates materials, devices, and systems with new properties and functions. The role of n...

Syntactic Structures in Research Article Titles from Three Different Disciplines: Applied Linguistics, Civil Engineering, and Dentistry

Deducing what a paper is about, titles are considered as the most important determinant of how many people will read the article. Therefore, studying the use of different syntactic structures and their rhetorical functions in titles is of great significance. The current study was set to investigate these structures used in research article titles in three disciplines of Applied Linguistics, Den...

MULTIPLIERS AND THEIR APPLICATIONS IN EARTHQUAKE ENGINEERING

In this paper we shall study the multipliers on Banach algebras and We prove some results concerning Arens regularity and amenability of the Banach algebra M(A) of all multipliers on a given Banach algebra A. We also show that, under special hypotheses, each Jordan multiplier on a Banach algebra without order is a multiplier. Finally, we present some applications of m...

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