الصفحة 10
الصفحة 10
Design of residential tower
The project is of a residential tower in Mashro Domar (Damascus suburbs). The building consists of two basements, ground floor and 13 typical floors, the basement is used as a car Parking and storage area.
Design of residential building in Damascus
تصميم مبنى سكني مكون من: قبو، الطابق الأرضي، طابق متكرر والارتفاع الطابق h= 3.3m، يحوي المبنى مصعدين ودرج.
Design of residential building in Damascus
The structural form of this building contains 15 storys and one basement. In our project, the ultimate limit state design method is mainly used for the superstructure Building which is considered to be the most economical design method.
Design of residential building
The project is a mass of multi-story residential building is located in Damascous city. The building consists of tow basement, ground floor and sixteen typical floors, the basement are used as a car parking and shelter.
Design of residential building
The project is a mass of multi-story residential building is located in Damascous city. The building consists of tow basement, ground floor and sixteen typical floors, the basement are used as a car parking and shelter.
Design of residential building
The project is a mass of multi-story residential building is located in Damascous city. The building consists of one basement, ground floor and 17 typical floors, the basement are used as a car Parking and shelter.
Design of residential building
The project is a mass of multi-story residential building is located in Damascus city. The building consists of one basement, ground floor and seventeen typical floors, the basement are used as a car parking and shelter.
Design of reinforced concrete residential building in Damascus
Our project consists of a reinforced residential building in the Damascus. It is made of thirteen stories including basement, and we have two water tanks on top of the stairwell. The basement consists two shelters.
Design of industrial structures : Reinforced cement concrete and steel
Bridges the gap between academic and professional field pertaining to design of industrial reinforced cement concrete and steel structures. It covers pertinent topics on contracts, specifications, soil survey and design criteria to clarify objectives of the design work. Further, it gives out guiding procedures on how to proceed with the construction in phases at site, negotiating changes in equipment and design development. Safety, quality and economic requirements of design are explained with reference to global codes. Latest methods of analysis, design and use of advanced construction materials have been illustrated along with a brief on analysis software and drafting tool.
Design of Hybrid Structures : Where Steel Profiles Meet Concrete
Focuses on design approaches for concrete structures reinforced in an unconventional way by steel profiles. It explains force transfer mechanisms of steel profiles and oncrete interfaces, and an analysis of the characteristics of hybrid structures, including slendercomponents. Several types of hybrid designs are addressed: walls and columns with several embedded steel profiles, connections strengthened by steel profiles between steel and composite or reinforced concrete components, including the specific case of shear keys connecting deep beams or flat slabs to columns. The transition zones in partly reinforced concrete and partly composite columns are also covered.
Design of hospital building at Damascus
Design of Hospital Building تصميم مبنى مشفي في مدينة دمشق
Design of Concrete Structures
Presents the basic mechanics of structural concrete and methods for the design of individual members subjected to bending, shear, torsion, and axial forces. It additionally addresses in detail applications of the various types of structural members and systems, including an extensive presentation of slabs, beams, columns, walls, footings, retaining walls, and the integration of building systems
Design of commercial building in Damascus
تصميم سكني وتجاري يتألف من: قبو والطابق الأرضي، 8 طابق متكرر والارتفاع الطابق h= 3m، يحوي المبنى مصعدين ودرج ثلاثي الشواحط.
Design of building
The project is a mass of multi-story residential building is located in Damascus city at Marota. The building consists of two basement, ground floor and thirteen typical floors, the basement are used as a car parking and shelter.
Design of an administrative building & exhibition center
The building is a multi-story administrative building in Damascus. Designed structurally for vertical and seismic loads. It consists of twelve floors above ground and two basements for parking lots. Alongside it is an exhibition center consisting of three floor.
Design of a residential tower in the city of Damascus (Marota city)
The project is located in Damascus, Mazzeh area, Marota City project. It consists of sixteen residential floors, a ground floor containing halls, offices, and three basements.
Design of a residential tower in Damascus (B131 Marota city)
The project is a residential building consisting of one basement and seventeen floors. The basement includes a car garage and a shelter. The first is a technical floor. The remaining sixtee floors are repeated residential floors.
Design for a concrete residential building in Swaida city
Our project in Sweida city. A concrete residential building consist from ten typical floors with a basement. The structural system to resist earthquakes is shear walls in both directions. All calculations based on the Arab Syrian code.
Design applications of raft foundations
Examines alternative design procedures for plain and piled raft foundations. Chapters are written by leading consultants and contractors from around the world who draw on their extensive experience in the UK and overseas. It explores the broad assumptions that are made in the analysis of soil - structure interaction, together with the associated calculation methods. In particular, the book contains extensive references to recent work on the subject, and gives many examples of project applications covering a wide range of structural forms and ground conditions.
Design and Performance of Underground Excavations : ISRM Symposium — Cambridge, U.K., 3–6 September 1984
These proceedings contain the papers presented at the ISRM-sponsored Symposium "The Design and Performance of Underground Excavations" held at Cambridge in England on 3-6 September, 1984. The major themes of the Symposium "Design, Construction and Performance" are addressed by plenary and specialist sessions papers concerning both civil and mining engineering.With contributions from twenty countries, this volume is a rich source of theory and experience for the researcher and practical engineering alike.
