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Register a new userBehavior of Dual structural Systems Consisting of multi-storey ,multi-span, Reinforced-Concrete Frame with Partial Steel Plate Shear Walls ,with opening parallel to beams
دمــج قاعـدة بيـانات مـع JGROUP بالاعتماد عـلى أدوات مقابلة الغـرض العـلائقية ( HIBERNATE, ECLIPSELINK )
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Added by
Tishreen University ورقة بحثية
Publication date
2016
fields
Structural Engineering
and research's language is
العربية
Created by
Shamra Editor
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تقدّم Jgroup نظام اتصالات مجموعة يدمج نموذج الغرض الموزّع Java RMI مع تقنية مجموعة الغرض (Object Group), و تتميّز بتزويدها مزايا هامّة تجعلها مناسبة لتطوير التطبيقات الشبكية الحديثة. يضيف هذا البحث ميزة جديدة إلى Jgroup؛ و هي التعامل مع قواعد البيانات بالاعتماد على أدوات مقابلة الغرض العلائقية, حيث تتطلّب العديد من تطبيقات الانترنيت الحالية تخزين البيانات ضمن قواعد البيانات بالإضافة إلى إمكانية استرجاعها في وقت لاحق من خلال عمليات الاستعلام. تعتبر Hibernate وEclipseLink من أدوات مقابلة الغرض الشائعة و المفتوحة المصدر, فيقدّم هذا البحث طريقة دمج قاعدة بيانات مع Jgroup بالاعتماد على هاتين الأداتين, كما يقارن بين أداء Jgroup المدمجة مع Hibernate و أداء Jgroup المدمجة مع EclipseLink من أجل أنماط استعلام متعددة. تظهر النتائج تفوق أداء Jgroup/EclipseLink على أداء Jgroup/Hibernate , حيث يمكن أن ينخفض زمن التأخير اللازم لتنفيذ الاستعلام مع EclipseLink إلى النصف تقريباً مقارنة مع Hibernate. تقترح هذه المقالة تصميماً جديداً لإضافة خدمة دوام البيانات (Persistence) إلى Jgroup؛ و ذلك من خلال إدراج هذه الخدمة كطبقة ضمن طبقات مدير المجموعة المرتبط مع كلّ مخدّم عضو ضمن مجموعة غرض مخدم Jgroup.
Frame structuressystems contribute to resist the seismic loads. And there are many techniques used to improve the resistance to lateral loads where steel shear walls,which is embedded within the Frame span, are considered to be one of these ways. This research aims to study the effect of strengthening of the reinforced concrete frames by inserting partial steel plate shear walls, the opening is parallel to beams, embedded within the frame. This study applied numerical analysis using Finite Element Method (FEM) using nonlinear pushover analysis based on geometrical and Material Non- Linear Analysis (GMNLA). Using these methods allow us to study the behavior of the Partial steel plate that seal the whole span of the reinforced concrete frame with opening parallel to beams against lateral loads. This study conclude that using a partial steel plate shear wall, with opening parallel to beams with reinforced- concrete frames can enhance the resistanceand the seismic energy dissipation significantly.
References used
(ABAQUS, Version 6.12, ABAQUS/Standard User`s Manual, ABAQUS Inc USA (2012
CHOI R. PARK G, Cyclic Loading Test for Reinforced Concrete Frame with Thin Steel Infill Plate. Journal of Structure Engineering,(2011) 137:654-664
(EUROCODE 2: Design of concrete structures, Part 1-1: General rules and rules for buildings. Brussels,CEN (2008
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Frame structures contribute to resist the seismic loads. On the other hand, many techniques were used to improve the resistance against lateral loads where steel shear walls are considered to be one of these ways.
This research aims to study the eff
ect of strengthening of the
reinforced concrete frames inserting perforated steel plate shear walls embedded within the frame. This study applied numerical analysis using Finite Element Method (FEM) using nonlinear pushover analysis based on geometrically and Materially Non-Linear Analysis (GMNLA) was performed. To study the behavior of the steel plate that seal the hall span of the reinforced concrete frame against lateral loads. Moreover, perforated steel plate was studied taking under consideration the effect of the number and the area of the perforations and strengthening of the perforations circumference on the resistance was observed.
This study conclude that using a perforated steel plate shear wall with reinforced- concrete frames and strengthening of the perforations circumference can enhance the resistance significantly beside that it decrease the frame deflection.
Structural Frame system is considers as an earthquake resisting structural
systems. On the other hand, many techniques were used to improve the
resistance against lateral loads. where Steel Plate Shear Wall fixed within
frame span is one of those
techniques.
This research aims to develop the Strip model of Partial Steel Plate Shear
Walls with Reinforced-Concrete Frame with opening parallel to beams.
Frame structures contribute to resist the seismic loads. On the other hand, frames
work efficiently to increase the ductility of buildings. Therefore, many techniques were
used to improve the resistance against lateral loads where steel shear walls
are considered
to be one of these ways.
This research aims to study the effect of inserting steel shear wall on the resistance of
the reinforced concrete frame against earthquake loads. In this study, Finite Element
Method (FEM) using Geometrically and Materially Non-Linear Analysis (GMNLA) was
performed. Pushover analysis is used to explore the behavior of the steel plate in-filled
reinforced concrete frame against lateral loads. Moreover, the effect of plate thickness was
undertaken. On the other hand, an opening is made in this plate. Then, the influence of the
position and dimension of this opening on the resistance was observed.
This study shows that using a steel plate shear wall with or without opening can
enhance the resistance to seismic loads significantly together with the deflection decrease.
Braced frames and steel plate shear walls (SPSWs) have both been shown
to be useful in the seismic retrofit of buildings. While both
these systems have merit, no guidance exists to determine which of the
two approaches is preferable in terms of pr
oviding maximum
displacement ductility and energy dissipation per cycle for a given
strength. This paper describes and compares results from numerical
evaluation using FEM, in which the nonlinearity of materials and the
nonlinear effects of the large displacement was included for tow frames.
The results of numerical study was identical to the experimental tests,
then a barometric study was achieved by changing the thickness of infill
plate then the area of the cross sections of braces, after that the width of
the frame was modified.
The result shown that using steel infill plate is preferable when the
dimension of bay is three times the height, while using braces is more
adequate for frames in which the dimension of bay is less than three times
the height.
This paper presents the shear behavior of lightweight concrete beams
without shear reinforcement produced by scoria aggregates. A total of nine
beams were tested under four-point loads, including three lightweight
concrete beams without steel fibers and six steel fiber reinforced
lightweight concrete beams.
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