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所在平台: Coursera |
课程主页: https://www.coursera.org/learn/design-basics-of-rcc-buildings
课程评论：没有评论
课程名称：钢筋混凝土建筑设计基础 概述：本课程提供钢筋混凝土建筑设计的视角，帮助学习者掌握解读建筑和结构图纸、分析几何参数和理解材料规格的技能。学习者将获得曝光、保护层、耐火等级、荷载类型和地震考虑等方面的实用能力，促进对结构工程的深入理解。课程强调实际应用，包含分析工具和设计基础报告的内容。 教学大纲： 1. **设计基础参数 - A部分** 描述：该模块提供建筑和结构图纸解读的全面概述，涵盖几何参数、现场位置考虑和材料规格。模块不仅传授设计基础参数的知识，还培养识别和量化这些参数的能力，以确保学习者在钢筋混凝土建筑设计中的实际能力。多方面的收益包括增强对印度规范实践的理解、实用应用技能和协作项目经验。 2. **设计基础参数 - B部分** 描述：该模块深入探讨结构设计的关键方面，包括曝光和保护层要求、耐火等级考虑、构件尺寸、荷载组合以及特定建筑结构的适用性要求。学习者将获得创建全面设计基础报告的洞察，确保结构工程在建成环境中的有效性和合规性。 3. **示例建筑的荷载计算** 描述：该模块全面探讨建筑设计中的结构荷载，包括自重荷载、叠加自重荷载、活荷载和风荷载。所提供的曝光使学习者能够自信地应用这些概念，确保全面理解并能够进行复杂的钢筋混凝土建筑设计。 4. **地震荷载计算** 描述：该模块全面覆盖地震荷载。学习者将学习预测和评估地震激励的响应、计算设计加速度系数、确定地震基底剪力并应用地震设计参数。探索结构建筑中的等效静力法进行地震分析的方法。 通过本课程，学习者将从理论到实践全面提升钢筋混凝土建筑设计的能力，为未来的工程项目奠定坚实的基础。
Name:Design Basis Parameters - Part A
Description:This module provides a comprehensive overview of architectural and structural drawing interpretation, covering geometric parameters, site location considerations, and material specifications. The module not only imparts knowledge about design basis parameters but also cultivates the ability to identify and quantify these parameters for any given building or project, ensuring practical proficiency in reinforced concrete building design. The multifaceted benefits include enhanced comprehension of Indian code practices, practical application skills, and collaborative project experience.
Name:Design Basis Parameters - Part B
Description:This module delves into crucial aspects of structural design, covering exposure and cover requirements, fire rating considerations, member sizing, load combinations, and serviceability requirements specific to building structures. Learners will gain insights into creating comprehensive design basis reports for effective and compliant structural engineering in the built environment.
Name:Load Calculations on Example Building
Description:This module provides a comprehensive exploration of structural loads in building design, including dead loads, superimposed dead loads, live loads, and wind loads. The exposure provided enables learners to confidently apply these concepts, ensuring a comprehensive understanding and the ability to undertake a sophisticated design of reinforced concrete buildings.
Name:Seismic Load Calculations
Description:This module comprehensively covers earthquake loads. Learners will learn to predict and evaluate responses to earthquake excitation, compute design acceleration coefficients, determine seismic base shear, and apply seismic design parameters. The Equivalent Static Method for seismic analysis in building structures is explored.
This course offers a perspective on reinforced concrete building design, equipping learners with skills to interpret architectural and structural drawings, analyze geometric parameters, and understand material specifications. Learners gain practical proficiency in exposure, cover, fire ratings, load types, and seismic considerations, fostering a nuanced understanding of structural engineering. The curriculum emphasizes real-world application, incorporating analysis tools and design basis report
