|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/reinforced-concrete-design-aci-code/
课程评论：没有评论
**课程内容总结：混凝土结构手动设计基础 (ACI规范标准)** 本课程旨在教授学生使用ACI规范标准进行钢筋混凝土结构手动设计的知识。课程涵盖了混凝土和钢筋的各项基本概念及其设计方法，包括： * **混凝土与钢筋特性：** 详细介绍混凝土的性能（如工作性、抗压强度 f'c、耐久性）、混凝土的应力-应变关系图，以及钢筋的抗拉强度和應力-應變關係圖。 * **荷载计算：** 讲解建筑设计的荷载计算，包括恒荷载（Dead Load）、活荷载（Live Load）和超恒荷载（Super Dead Load）在楼板上的计算，以及根据ASCE 7-22活荷载标准。 * **混凝土配合比设计：** 教授手动混凝土配合比设计（Manual Concrete Mix Design Per ACI 211.1-22），包括根据ACI 211.1-22方法确定各组分比例及混凝土外加剂的配比。 * **构件设计：** * **楼板设计：** 涵盖单向和双向实心楼板的荷载传递机制、初步厚度确定、抗剪加固检查，以及根据ACI标准进行的抗弯和收缩设计。特别会讲解楼板配筋的确定和细节处理，以及楼板带的一维结构模型。 * **梁设计：** 讲解梁的初步厚度确定，以及ACI弯矩和剪力系数法设计。 * **柱设计：** 讲解短柱承载力、柱的极限轴向荷载确定，以及矩形柱的初步尺寸和配筋设计。 * **设计方法论：** 介绍工作设计法（Working Design Method）和极限设计法（Ultimate Design Method），以及剪力、弯矩和扭转的强度折减系数（Strength Reduction Factors）。 * **ACI规范应用：** 强调ACI 318-19中的荷载组合使用。 通过本课程的学习，学生将能够熟练掌握使用ACI规范标准进行混凝土结构手动设计的核心知识和技能。
Dear student, In this course, you will learn the basics of reinforced concrete manual design per ACI Code Standards. We will go through the fundamental concepts of concrete and steel and its design, such as the properties of concrete, the stress-strain diagrams, and load calculations for building design. Additionaly, we will go through solved examples in the design of Solid Slab, Beams, and Columns, in addition to the Concrete technology and Concrete Mix Design, and the proportion of concrete admixture according to ACI 211.1 -22.You will master the knowledge in these topics:Manual Concrete Mix Design Per ACI 211.1-22 MethodACI 318-19 Load CombinationsDead Load, Live Load and Super Dead load On SlabsSlab Ultimate Area Load CalculationShort Column Capacity and Ultimate axial load on columnDesign of Rectangular Column: Preliminary Dimensions and reinforcementLoad Transfer Mechanism - One Way and Two Way Solid SlabsDetermining of Solid Slab Preliminary ThicknessDesign Principles of One Way Solid Slab Per ACI StandardsDetermining of Beams Preliminary ThicknessCheck Solid Slab for Shear Reinforcement - ACIExample one Way Solid Slab Manual Design and Load CalculationsOne Dimensional Structural Model Of Slab StripDetermining the direction of Main and Secondary Beams in SlabACI Moment and Shear Coefficients Design MethodSolid Slab Manual Design for Flexure and ShrinkageLongitudinal Slab Section Reinforcements and DetailsConcrete Properties: Workability, Slump, Strength and DurabilityConcrete Compressive Strength Fc`Stress Strain Diagram of ConcreteStress Strain Diagram of SteelTensile Strength of SteelClear Concrete Cover Per ACI StandardsWorking Design Method and Ultimate Design MethodStrength Reduction Factors for Shear, Moment, TorsionLive loads Per ASCE 7-22
