These rods are hung from the radial steel brackets that are attached to the top of a 14.3m diameter reinforced concrete core. Civilax is the Knowledge Base covering all disciplines in Civil Engineering. The building floors are suspended along with their periphery with tensile rods are 96 in number and are 38mm thick. 20 More Civil 3D Tips and Tricks in 20 Minutes! Structural system, in building construction, the particular method of assembling and constructing structural elements of a building so that they support and transmit applied loads safely to the ground without exceeding the allowable stresses in the members. The lateral loads can be either wind or the earthquake loads. Bending structures include the girder and two-way grids and slabs. In such situation, the load bearing vertical element cannot be allowed to continue downwards through the lower floors and then the foundation. Curtain wall systems. This is then transmitted to the vertical framing system of the building. The shear walls are solid structures which are constructed over the full height of the building. The thickness of the reinforced concrete bearing walls will vary from 120mm to 200mm. The structural steel is always a better choice to be used as suspenders or hangers. Fig.2. Cantilevers. Horizontal or Floor System -  Gravity Load Transmission. The walls will restrain the frame deformations in the lower storeys while the frames will restrain the wall deformation in upper storeys. The figure-1 shows the division of the complete structural system into: Horizontal or Floor Systems in a Building Structure. The load from the above columns are transferred to the girder. This is in turn dependent on the type of the floor system, the number of stories, the column spacing etc. The steel hangers take up only a little floor space. If the main function of these walls is to support the gravity loads, then they are called as. This reason will govern the choice of lateral system for high-rise buildings. Types of Structural Systems in Architecture 1) Rock and Stone 2) Wood Frame 3) Steel Truss and Frame 4) Precast Concrete 5) Reinforced Concrete 6) Prestressed Concrete Many different structural systems are used in architecture. These are located in the transverse direction like facade walls or the interior walls. This is because the majority of the force that is to be taken is direct tension. Types of Building Structural Systems The building system is a three - dimensional structure. This type of system can combine structural steel framing with concrete tubes or concrete shear walls with a steel frame. The steel and concrete can resist stress from wind and gravity. Both the mentioned systems are complementary and interactive to each other. Systems for long-span buildings (column-free spaces of more than 100 feet, or 30 metres) include tension and compression systems (subject to bending) and funicular systems, which are shaped to experience either pure tension or pure … This problem is solved by the construction of transfer beams. Updates? This system is conceived as a two - dimensional system to facilitate easy analysis and the design. The frame shear wall system is applied for 40 storeys. Hope This article was helpful. This problem is solved by the construction of, The columns in the upper story will be terminated in the transfer girder. The column is designed so that it will resist the, In areas like atriums, the floor height will be very large, mainly greater than one story height. Suspenders can be called as vertical elements that are used to suspend the floors of a multi-storey building form a central core made of reinforced concrete. For a  cast - in -situ reinforced concrete construction, the vertical system usually will have the following: Walls are vertical structural elements made of concrete or masonry. Concept structural design. system structures in architecture - constituent elements of a contemporary inDustrialiseD architecture. Space frame. The lateral load resisting system of the reinforced concrete consist of the following types: Frames are composed of columns and beams as shown in figure - 6(a). In such situation, the load bearing vertical element cannot be allowed to continue downwards through the lower floors and then the foundation. Here the floor system under the load is subjected to. When behaving as n integrated structural system, they must resist and transmit the gravity and the lateral loads coming on it to the foundation than to the ground below. The lateral load effect is more prominent in tall buildings. The transfer beams are very heavy beam whose depth can extend over one full story. The exterior building will have deep spandrel beams that are connected to these columns. Thes ability to resist the lateral loads is due to the rigidities of the beam and column connections and the moment resisting capacities of the individual members. The shape is often specified by the designer or the architect. StruSoft WIN-Statik – Analysis, Designing, & Documenting Masonry – …, StruSoft WIN-Statik – Analysis, Designing, & Documenting of RCC Corbel, Design of River Irwell Network Arch Bridge – midasBRIDGE, Water Tank – Design Considerations – IS 3370, Pile Foundation- Application of Pile Foundation, OpenBridge Designer CONNECT Edition Update 8.1, Civil Engineering & Structural Steel Design of Pipe Racks.