Do you want to publish a course? Click here

Design of tow-story precast structure composed of Steel and concrete enabling of producing varied and multi functional house units good for Rapid construction and Reconstruction

تصميم بناء مسبق الصنع من طابقين مكون من الفولاذ و البيتون يسمح باستنباط وحدات سكنية متغيرة الشكل و الوظيفة تصلح للتشييد السريع و إعادة الإعمار

1010   0   8   0 ( 0 )
 Publication date 2015
and research's language is العربية
 Created by Shamra Editor




Ask ChatGPT about the research

The recent situation in Syria requires the creation of new housing units models take into account the functional, architectural, and safe requirements, in addition to specialty of local and living conditions. The created models must achieve family protection, time gaining, using local materials, ability of transporting, reselling, rapid construction, and supporting reconstruction plans. This paper introduces, for the first time in Syria the study, design, fabricating, and erecting of tow-story precast structure composed of reinforced concrete slabs and walls, and light-weight steel structure fully connected by bolts. This structure was designed and implemented in a way that enables producing varied and multi functional house units achieving safety and functional conditions, and rapid construction and reconstruction requirements. The study was introduced by the authors and it was implemented in the General Company of construction in Lattakia. New production lines of housing units were created from scratch by consulting contract between Tishreen University (the authors) and General Company of construction. In less than one year four housing units were designed and produced:1- tow-story continuous building, 2-disaster housing unit, 3- general marketing unit, 4- school unit. These units achieve all above mentioned requirements.

References used
Elliot, Kim S. “ Precast concrete Structures “ , Butterworth-Heinemann. 2002
Hicks, S. J. and Lawson, R. M. “Design of Composite Beams using Precast Concrete Slabs“, SCI publication. 2003
Jyri Outinen, Henri Perttola, Risto Hara, Karri Kupari and Olli Kaitila “Seminar on Steel Structures:DESIGN OF COLD-FORMED STEEL STRUCTURES “,Helsinki University of Technology publication. 2000
rate research

Read More

Addressing the problem of harboring affected as a result of disasters, whether natural or the result of the wars that we are witnessing, Is one of the most important challenges facing the world today, The proportion of this damage will be catastrop hic for the developing and poor countries Being weak material resources and suffers a great lack of experience. Therefore it was necessary to study this problem on the first two levels looking to secure the rapid evacuation centers, As in the camps and others, The other level, which comes in the second phase to be harboring a safer and more humane. It took several different possibilities and solutions according to the situation and economic resources, and this research will be subjected to one of these solutions, a temporary housing units and pre-made
Our subject contains studying criterions which ensuring a durable serving of concrete frame joints, and then choosing two connections according to its deployment and the availability of its arithmetic relations and easy to be prepared from local ma terials, and discuss experimental results of the resent study which allow us to achieve the next part of our research,which is a structural designing programme by visual basic language to serve the work in order to be fast and precise. the last part of the subject is comprising a number of actualizations which confirm that the process of programming is correct, and then compare the results of experimental programs and code with our programme results to achieve many important ameliorations on this programme to become more easily and better.
This study concentrate on the driven pile in sand soils, to study and inspect this type of piles via minimized laboratory models in conditions similar to field conditions, and compare research result with actual load tests.
This research aims to treat an important issue in the field of Latin Characters design, which concentrates on the role of the typography and its function in Graphic Design. This issue has abstractive conceptual dimensions as well as embodied visual ones because Typography has visual effects that help in understanding and clarifying the design which are as important as the image. Most of the time, Typography replaces the image and its significations as if it emerged from the abstract to the concrete, so the image symbolizes the abstract or signifies it. In fact, Serif Type appeared first, then was followed by Sans serif type; yet, the big/ small, thick/ thin characters has accompanied the journey of the two typographic until the Swiss has established basics and rules during the 1950s which they called Modernized Typography that dominated for a long while. Later on, reactions against it led to create designs that do not conform to any of the Swiss rules. Thus, new visual theories has emerged which were called by researchers Postmodernism in typographic design. In our research, we are going to discuss the types of characters that were widely spread and became like schools which were the center of argument between designers since the 20th century up to date.
This paper presents an analytical study of the Bond stress and its relationship with relative slip between the concrete and steel using finite element method. Moreover, it presents a probabilistic study using statistics theory on the data as a re sult from analytical study to get the bond stress-slip relationship, which represents the bond equation.
comments
Fetching comments Fetching comments
mircosoft-partner

هل ترغب بارسال اشعارات عن اخر التحديثات في شمرا-اكاديميا