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According to the requirements of the design of the mission statement, the structural design of reinforced concrete frame structure. The design process follows the first building, structure, again based on the idea. Based on site conditions and building use architectural design, the characteristics of the surrounding environment, the first design of the building plane, including the construction plane to select the plane column grid layout, the design of the plane transport organizations and print function; followed in surface design, the design of the profile; Finally The design of the staircases and related components of the primaries. The design of the buildings in the earthquake zone, you should consider the impact of the earthquake, access to the relevant specifications and information without considering wind loads for structural design,The main contents include: 1) to determine the structural system and structural arrangement; 2) according to preliminary estimates suggest that the experience of the component; 3) analysis of the seismic action of internal forces; 4) to determine the cell model and calculation diagram; 5) vertical load statistics and computing; 6) internal force calculation and combination; 7), the design of beams, columns, and plate cross section; 8) staircase design; 9) foundation design; 10) awning design. Part of the structural design: from the choice of structural system, the structure of the overall layout, the roof of the structure of the program, basic program selection and structural calculations and other aspects are discussed. Structure calculation is broadly divided into the following steps: Arrangement of the components: the flat in the building program, legislation, profile design, determine the cross-section and layout of each component, draw the structure calculation diagram and the primary beam, the column section. Statistics load: on the basis of selected cross-section, top to bottom, to find the load specification 更多：https://www.bmcx.com/ , through the statistics of dead load and live load in the load values ​​by the use of function and location of each room and calculated gravity loads representative of value. Under the framework of horizontal seismic lateral checking: first calculate the lateral stiffness of each component, according to the vertex displacement method to calculate the structure of the natural period, base shear method and the horizontal seismic force, due to the structure since the earthquake cycle is less than 1 .Four times the characteristic period, so I do not consider the vertices of additional horizontal seismic action. Horizontal framework of internal force analysis: analysis of the horizontal framework of the internal forces, electricity algorithm to calculate the beam end, the moment of column under horizontal seismic shear force and vertical load, shear. Internal force combinations: the live load and seismic lateral framework of internal force combinations to identify the most adverse combination of internal forces, as the framework beams, columns section design basis for the calculation and reinforcement. Board design: the theory of plasticity of board structure design, find the board reinforcement. Basic design: reinforced concrete column under an independent basis for design. Design results: construction plans,Construction drawing. Computer applications: using autocad, Tengen, pkpm, structural mechanics solver, excl and Word. In the design process in accordance with the architectural design specifications and the current structure of the design specification, design and take the framework of a specimens of the Internal Force Calculation, Drawing building construction diagram and structure construction diagram, in the design process we also refer to the relevant textbooks and Figure Ji Housing construction, concrete structures, seismic, etc., but due to our limited and lack of experience, as well as lack of materials, there are many unreasonable at the hope that teachers criticized the correction.

According to design specification requirements, the structural design of reinforced concrete frame structure. Design process follows the first buildings, structures, and then after the underlying thinking. Building design based on conditions and characteristics of construction features, the surrounding environment, design of the first floor, including architectural plan selected layout, plane, plane column NET traffic organization and design of the Planar feature; Elevation modeling, profiles of the second design; the last primaries of stair design and related artifacts. This design of buildings in seismic areas, should take into account effects of earthquakes, access to the relevant specifications and information, without taking into account the structural design wind loads,Main contents include: 1) determine the structure and structure layout; 2) on the basis of experience early component; 3) internal force analysis of earthquake action; 4) determine the cell calculation model and diagrams; 5) statistics and calculation of vertical load; 6) internal force calculation and combination; 7) design of beams, columns, plates section; 8) stair design; 9) basic design; 10) awning design. Part of structural design: from structural system of choice, General layout structure, roof structure, Foundation programme choice and calculation of structures, and other aspects of the discussion. Calculation of structure roughly divided into the following steps: Widget layout: as the building programme in the flat, vertical, profile design, identify sections and layout of component, maps structure diagram and primary beams, columns section. Load statistics: in elections on the basis of the section, in order from top to bottom, in loads of value by using the function and location of the room to find load specifications, complete statistics of the dead load and live load and find the gravity load represents the value. Move the frame under horizontal earthquake action calculation: first calculate the lateral stiffness of the component 更多：https://www.bmcx.com/ , based on vertex displacement method to calculate natural period of structure, seismic shear force by method of shearing force at the bottom to get levels, because of the structure of natural vibration period of less than 1.4 times times feature cycle, so the vertices are not considered additional earthquake actions. Transverse internal forces of frame analysis: analysis of transverse frames under horizontal seismic shear force and internal force under vertical loads, power algorithm for calculation of beam, column end bending moment, shear force. Internal force combination: live load and internal force combination of transverse frames under earthquake, identify the most unfavorable combination of internal forces, as the frame beam, column design, and basis for calculation of reinforcement. Board of design: structural design using plastic theory on board, find the plates reinforced. Based design: the design of reinforced concrete independent foundation under column. Design: building construction,Structure construction drawing. Computer applications: using AUTOCAD, day is, the PKPM, structural mechanics solvers, EXCL and WORD. In design process in the in accordance with architectural design specification and existing structure design specification for design, and take a PIN framework for internal force calculation, draws building construction figure and structure construction figure, in design of process in the we also reference has about of textbook and map of territory and census register, room built, concrete structure, seismic,, but due to we of level limited and experience of lack, and material of insufficient, also has many does not reasonable of Department, hope you teacher made criticism corrected.

According to the requirements of the design plan descriptions, the structure design of reinforced concrete frame structure with. Design process follow after the first building, structure, and the thinking of the foundation. architectural design based on land and buildings and use function, conditions surrounding environment characteristics, the first building plane design, including the plane selection,Plane column grid layout, plane traffic organization and planar function design; Next to the design of the facade, profile; Finally the design of stair and related components primaries. the design of buildings is located in earthquake zones, should consider the effects of the earthquake, consult relevant specification and material,Structure design need not consider wind loading, main content includes: 1) determine the structure system and structure layout; 2) according to the experience of component to it early; 3) of the internal force redistribution of the earthquake effect analysis; 4) determine the calculation model and calculation diagram unit; 5) vertical load statistical and computational; 6) internal force calculation and combination; 7) beams and columns, board section design; 8) stair design; 9) the foundation design; 10) rain secure design. structure design of the parts: respectively from the choice of structural system, structure layout, roof structure scheme,Foundation scheme and the selection of structure calculation and other aspects are discussed in this paper. Structure calculation roughly divided into the following several steps: component arrangement: according to the construction scheme in the plan, stand, profile design, determine the section and arrangement components, draw structure calculation diagram and primary beam and column section. load statistics:On the basis of selected section, according to the order from top to bottom, the value of the load to the room of the use function and position find load code, complete the constant load and the statistics of live load, and get the gravity load represent value. frame under horizontal earthquake effect lateral checking: components to figure out lateral stiffness 更多：https://www.bmcx.com/ ,According to the vertex displacement method in calculating structure of the natural vibration period, according to the bottom shear method for horizontal seismic shear, the structure seismic period less than 1.4 times the feature period, so don't consider vertex additional horizontal earthquake effect. horizontal framework internal force analysis:Analysis framework in transverse horizontal earthquake shear and vertical load internal force, the algorithm is the girder ends, the column bending moment, shear. internal force combination: live load and earthquake under the action of the internal force for horizontal framework for combination, find out the most unfavorable internal force combination, as a frame beams, column for section design,And reinforcement of the computation basis. board design: use plastic theory of plate for structure design, to work out the reinforcement of the board. the foundation design: the reinforced concrete under column independent foundation to carry on the design. design results: building construction, structure construction drawings. Computer application: use AUTOCAD, when it was, and PKPM,Structure mechanics solver, EXCL and WORD. in the design process according to the architectural design standard and the current structure design codes to carry on the design, and take a hinged frame force calculation and draw the building construction drawing and structure construction drawing, in the design process we also reference related materials and scheme >, endowed,Concrete structure, such as earthquake, but because of our limited ability and the absence of experience, and the shortage of materials, and many don't rationalization, hope everybody teachers criticized to correct.

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