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课程名称：逐步设计与计算排水系统（第二部分） 课程概述： 本课程深入探讨了建筑物的卫生排水系统及其设计与计算，结构分为几个主要部分： 第一部分：卫生排水系统介绍 - 介绍卫生排水管道，包括单竖管系统、单管系统和双管系统的类型。 - 讲解管道坡度的数学理解及其选择的重要性。 第二部分：卫生管道的设计与计算 - 学习如何根据五个步骤来确定水平卫生支管的大小。 - 学习四个步骤来计算卫生竖管的大小。 - 学习两个步骤来确定建筑排水的大小。 第三部分：水封与拦截器 - 理解水封的重要性及其分类，包括地漏、水井水封、P型水封、Q型水封等。 - 介绍拦截器及其类型、油水分离器和沙子分离器的需求与大小计算。 第四部分：暴雨排水系统的设计与计算 - 介绍暴雨排水系统及其集水方式，计算集水面积。 - 学习屋顶排水的设计步骤和雨水收集的方法。 第五部分：排水系统的通风设计与计算 - 理解排水系统通风的必要性及其设计，覆盖多种通风方法和阀门的工作原理。 第六部分：地下室排水系统的设计与计算 - 介绍地下室排水的设计注意事项，包括污水池的设计和排水泵的选择。 第七部分：建筑外部排水系统的设计与计算 - 理解管道的底边高度和外部污水排水系统的设计考虑。 本课程旨在提供系统化的排水设计与计算知识，适合建筑工程师和相关领域的专业人士。通过逐步指导，参与者将能够掌握复杂的排水系统设计方法和实际应用。
Section - 01 Introduction to Sanitary Drainage System of BuildingsIntroductionSanitary Drainage PipeworkDrainage Systems types - Single Stack SystemDrainage Systems types - One Pipe SystemDrainage Systems types - Two Pipe SystemUnderstanding Slope of a pipe MathematicallySignificance & Selection of a pipe SlopeSection - 02 Design & Calculations of Sanitary PipesIntroduction to Sanitary PipeworkLearn 5 Steps to size Horizontal Sanitary BranchesLearn 4 Steps to size Sanitary StacksLearn 2 Steps to size the Building drainSection - 03 Traps & InterceptorsUnderstandings Traps & its importance in PlumbingTraps ClassificationFloor Trap or Nahani TrapGully trapIntercepting TrapP TrapQ TrapS TrapUnderstanding Interceptors & Its typesRequirement & Sizing of Grease InterceptorRequirement & Sizing of Oil InterceptorRequirement & Sizing of Sand InterceptorSection - 04 Design & Calculation of Storm Water Drainage SystemIntroduction to Storm Water Drainage SystemCollection of Stormwater (Sources & Methods )Understanding area of Catchment & How to Calculate itCatchment Area Calculation for Flat surfaceCatchment Area Calculation for Sloped surfaceSignificance of Runoff CoefficientUnderstanding Rainfall Intensity with exampleWhat is Roof Gutter & Its typesLearn 4 Steps to Design Roof Gutter & DownspoutWhat is Primary & Secondary Roof DrainLearn 7 Steps to Size the Roof Drainage NetworkMethods of Discharging Storm WaterRainwater HarvestingSection - 05 Design & Calculation of Ventilation systems in Drainage systemWhat is Ventilation?Why is Ventilation needed in Drainage System?Understanding Trap DesignMethods of Ventilation in Drainage SystemsStack Ventilationa) Stack Ventingb) Vent Stackc) Relief Ventd) Yoke Vent6. Trap Ventilationa) Individual/Back Ventb) Unit/Common Ventc) Circuit/Loop Ventd) Wet Vent7. Design of Wet Vent8. Design of Circuit Vent9. Design of Vent Stack10. Design of Unit Vent11. Design of Individual Vent12. An Introduction to Active Drainage Ventilation System13. Understanding Positive Air Pressure Attenuator (P.A.P.A) & its working14. Understanding Air admittance Valve & its working15. Design Guidelines for Active Drainage Ventilation in High Rise BuildingsSection - 06 Design & Calculation of Basement Drainage systemAn Introduction to Basement Drainage SystemDesign Considerations of Sump PitBasement Drainage Pumps - Sump Pump & Ejector PumpDesign & Calculation of Wet Pit or Sump pit (Sump Pump )Design & Calculation of Wet Pit or Sump pit (Ejector Pump )Section - 07 Design & Calculation of Building External Drainage systemUnderstanding Invert Level of PipeHow to Calculate Invert level of Straight & Slope Pipe ?Slope Calculation using Pipe Invert levelsConcept of External Foul Drainage system in BuildingsWhat is Manhole/Inspection Chamber & Its types?Location of Manhole/Inspection Chamber9 Important Design Considerations of Manhole/Inspection ChamberLearn 5 Steps to Design Building External Drainage system
