In this research, the danger and the horizontal force effects on the
engineering structures will be explained, and we will focus on the
horizontal winds force effects on the bridges, the high buildings and
special engineering structures. The resul
ted loads will be analysed and
evaluated in both static and dynamic methods. In the end of the
research, two practical examples will be shown for the two methods.
This article, will look at the structural development of the high
rise buildings and the factors that led to these developments, and so out
of the basic structural systems, even new classifications for
constructional systems (internal systems external systems), as well as
most construction systems deployed use.
Ultra-High-performance concrete (UHPC) attracted attention in the civil engineering
industry in recent times, because it has high resistance and rigidity .
What provided the UHPC of skinny clips justifies using it in high buildings to take
advanta
ge of pressure and tensile its resistance .
The largest use of this material in the bridges because of its high resistance which
suitable for large loads as well as a valid treated outside the center and sustainability of the
high buildings, We study several models of building and we use this material in several
elements of these .
We found after analysis of the high efficiency of this models, especially in Diaframat.
The experiment of high rise buildings in Amman with commercial buildings
is a leading experience in urban development of high rise buildings. The
purpose of this research is to look at the effect of these buildings from a
human dimension point of
view. This paper sheds light on the commercial
building within Amman Great Municipality with a case study focusing on
Al-Hussein Mountain Area with special attention to these buildings as
invited landmark; also as an open urban spaces scape element and to find
out the impact of such structure on the local people and their behavior
within Amman.
