1. 毕业设计（论文）的内容和要求
(I) Design basis1. Project overviewThis project is a practical application project of an office building design in Nanjing of Jiangsu Province. The single floor building area is about 429.84 m2, the main body is three spans and 10 floors, and the building area is about 4298.4 m2. The main design scheme is multi-storey reinforced concrete frame structure, and the reasonable design service life of the project is 50 years. The attached are the drawings of the assignment for the general layout of the project and the layout of column network on the standard floor.2. Meteorological dataBasic wind pressure: 0.50 kN / m2Basic snow pressure: 0.40 kN / m23. Engineering geological data (1) The proposed site is flat, with miscellaneous fill on the surface and silty clay and clay below; there is no distribution of liquefied soil layer, and the buried depth of stable groundwater level is 1.65-2.14 m, which is not corrosive to reinforced concrete. It is proposed to adopt reinforced concrete independent foundation under the column. (2) Foundation form: according to the engineering geological characteristics of the site and the structural load characteristics of the proposed building, it is recommended to adopt reinforced concrete independent foundation under the column, with the layer #2 of silty clay as the bearing layer. (3) See the information in this assignment for detailed exploration.4. Structure and site seismic effects(1) The project is a multi-storey frame structure, and the safety level of the building structure is level-II. (2) The seismic-resistant defense intensity of the proposed site is 7 degrees, the design basic seismic acceleration value is 0.10g, and the design earthquake group is the first group.(3) Class II project site. (4) According to the code of "Classification standard for seismic protection of building engineering", the project is a class-C building.5. Load value It is adopted according to load code for building structures GB 5009-2001.6. Construction technical conditions:the project is undertaken by the construction engineering company, with complete equipment and good technology. 7. Material supply: three materials and general materials can be supplied in time as planned.8. Water and electricity supply: guaranteed by the construction unit.(2） Design content and requirementsAccording to the general layout and design requirements provided, complete the main architectural design, upper frame structure and foundation calculation, component design, node structure design, construction drawing and other works. The specific requirements are as follows: 1. Architectural partAccording to the general layout and standard floor column network layout provided, carry out architectural design and complete the corresponding construction drawing.2. Structural part 2.1 structural calculation (1) Carry out the structural layout, select the section size of the component and the strength grade of the material.(2) Design and calculate the following structures and components:(i) A transverse framePermanent load and its effect; variable live load (considering adverse layout) and its effect; wind load and its effect; earthquake action and its effect; other software calculation. (ii) Internal force analysis, internal force combination and beam column section design, manual calculation of bottom layer, standard layer and top layer; other software calculation.(iii) Cast in place floor slab: select one standard floor for manual calculation, and other software for calculation.(iv) Stair design: select one stairwell for manual calculation, and other software for calculation.(v) Foundation design: complete foundation selection, plane layout, and corresponding design calculation of foundation. (vi) Prepare construction drawings (see below for detailed requirements).(vii) Compilation requirements of structural design calculation specification.2.2 Calculation instructions Detailed description of the basis of architectural design and structural layout; selection of components and determination of materials; Determination of calculation diagram, internal force calculation and combination of transverse frame; check calculation of frame displacement, design of component section and reinforcement diagram, drawing of main node structure diagram (non plane representation) and relevant structural description; calculation and design of stair structure; calculation and design of foundation structure The results of calculating the internal force of the transverse frame by software and the comparison analysis with the results of hand calculation are attached, and the brief construction instructions are given. In addition, the design calculation sheet shall also include Chinese and English abstracts, catalogues, text, references, appendixes and other basic contents, and meet the requirements of the graduation design calculation specification, with clear levels, appropriate expression and outstanding emphasis, no less than 80 pages.(1) The design calculation sheet shall include Chinese and English abstracts, catalogues, text, references, acknowledgments and other basic contents, and meet the requirements of the graduation design calculation specification, with clear levels, appropriate expression and outstanding emphasis.(2) Detailed description of the basis of architectural scheme, architectural design features and key architectural design parameters;(3) Structure layout basis, component selection and material determination;(4) Determine the calculation diagram of transverse frame, internal force calculation and combination, and check calculation of frame displacement.(5) The section design, reinforcement diagram and typical joint design of components require the main joint structure drawing (non plane representation) and relevant structural description; (6) Design and calculation of typical stair structure;(7) Design and calculation of infrastructure;(8) The content of computer calculation is closely followed by that of hand calculation, and the results of software calculation and hand calculation are compared and analyzed;2.3 preparation of construction drawings (see the following for detailed requirements) 3. Construction organization designConstruction organization design shall include: project overview; management organization; construction scheme and technical measures; construction schedule (bar chart); construction preparation; quality assurance measures; safe and civilized construction measures; construction plane layout. 4. Foreign translationTranslate at least 10000 foreign language materials with printed symbols. Both the original and the translation in foreign language are regarded as the necessary accessories for graduation design, which are bound into volumes separately and submitted together with other achievements as graduation design materials.
2. 参考文献
[1] Su J01-2005. Construction instructions [S].[2] Su J9503-J04-2005. Roof building structure, balcony, stairs, bathroom, sink [S].[3] Su J9508. Outdoor Engineering [S].[4] Su J05-2005. Stairs [S].[5] Su J11-2006. Aluminum alloy doors and windows [S].[6] Su J09-2005. Lightweight partition wall, wall body, floor deformation joint [S].[7] Architectural Design Data Collection Editorial Committee. Architectural Design Data Collection (8) Second Edition [M]. Beijing: China Construction Industry Press, 1996.[8] Architectural Design Data Collection Editorial Committee. Architectural Design Data Collection (9) Second Edition [M]. Beijing: China Construction Industry Press, 1997.[9] Edited by Editorial Committee of Architectural and Structural Data Collection. Architectural and Structural Data Collection (Upper and Lower) Second Edition [M]. Beijing: China Construction Industry Press, 2009.[10] GB50009-2001. Building Structure Load Specification [S].[11] GB50010-2010. Code for design of concrete structures [S].[12] GB50011-2010. Code for seismic design of buildings [S].[13] GB50003-2011. Code for design of masonry structures [S].[14] GB50007-2002. Code for design of building foundation [S].[15] 03G101-1. The overall representation method of the concrete structure construction drawing. Drafting rules and structural details [S].[16] Architectural data set (upper and lower) [Z]. Beijing: China Construction Industry Press.[17] Edited by Xu Xiuli. Design of concrete frame structure [M]. Beijing: China Construction Industry Press. 2008.8.[18] Liang Xingwen, editor of Shi Qingxuan. Guidance for graduation design of civil engineering specialty [M]. Beijing: Science Press, 2005.[19] Dong Jun, Zhang Weiyu, Gu Jianping. Graduation Design Guide for Civil Engineering Specialty-Building Construction Volume [M]. Beijing: China Water Resources and Hydropower Press, March 2002[20] Edited by Zhou Guoxing, Guide to Graduation Design of Housing Structures [M]. China Construction Industry Press, 2004.[21] Li Hongnan, Cui Xiguang, Zou Chaoying, etc. Structural design of multi-storey and high-rise buildings [M]. Beijing: China Construction Industry Press, 1998.[22] Zhang Weibin, chief editor. Doubts and engineering examples of multistory and high-rise reinforced concrete structure design [M]. Beijing: China Construction Industry Press, 2005.
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