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Author: James C. Y. Guo
Publisher:
ISBN: 9781887201919
Category : Technology & Engineering
Languages : en
Pages : 158
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Book Description
This book is dedicated to the latest developments in: (a) new concepts to analyze the urban catchment hydrology for storm runoff predictions, (b) innovative methods to estimate the street allowable capacities to convey storm runoff, and (c) useful computer models to simulate flow movements in inlets and sewers.
Author: James C. Y. Guo
Publisher:
ISBN: 9781887201919
Category : Technology & Engineering
Languages : en
Pages : 158
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Book Description
This book is dedicated to the latest developments in: (a) new concepts to analyze the urban catchment hydrology for storm runoff predictions, (b) innovative methods to estimate the street allowable capacities to convey storm runoff, and (c) useful computer models to simulate flow movements in inlets and sewers.
Author: S. Sachdeva
Publisher: Createspace Independent Publishing Platform
ISBN: 9781727735024
Category :
Languages : en
Pages : 100
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Book Description
Proper drainage system is one of the basic requirements of a road project. Poor drainage results into losses in the form of damaged roads and reduced serviceability. In spite of this, adequate priority for drainage system is rarely accorded. Funds required for a drainage system are small as compared to the enormous funds needed for development of road infrastructure and to meet the recurring losses due to poor drainage. It is necessary that due priority is given to the drainage of roads to ensure sustainability of road infrastructure. The road drainage issues which most of the cities in countries like India face today have been identified with the help of a study undertaken in Panipat city, an industrial city of Haryana, India. It also exhibits the urgent need for a rational and simple design of road drainage system. As the existing guidelines for the design of road drainage system have some shortcomings in respect of clarity on some of the design parameters and their complexity to use, the book brings forth the simplified design guidelines for the design of road side drainage system.
Author: James C. Y. Guo
Publisher: Debolsillo
ISBN: 9781887201537
Category :
Languages : en
Pages : 150
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Book Description
This book presents the latest developments in street drainage design and inlet sizing. Street drainage is vital to the preservation of urban environment. All streets are designed to pass the excess storm water. Street drainage design is always subject to the public safety that sets forth the allowable water spread on street and flow depth in gutter.Chapter 1 covers street classifications and their functions for both traffic movement and storm water drainage. The design rainfall statistics in Chapter 2 and the rational method in Chapter 3 are introduced to determine the stormwater design flow on the street. Street hydraulic capacity is defined for two aspects: conveyance capacity for a sloping street in Chapter 4 and storage capacity at a street sump in Chapter 5. Wherever the design flow exceeds the street allowable capacity, a street inlet should be placed. From the hydraulic point of view, street inlets are classified into sump and on-grade interceptions. Chapter 6 in this book summarizes the design procedures to size grate, curb opening, slotted, and combination inlets. Street inlets are connected to the street manhole and sewer systems. Chapter 7 presents the basic procedure to size the sewer segments in a storm sewer system. All sewer segments are subject to the backwater effect. Chapter 8 outlines the detailed procedure to calculate the hydraulic and energy grade lines. Depending on the upstream and downstream conditions, a sewer flow is analyzed as open-channel flow, surcharged flow, or pressurized flow. The design methodology summarized in this book has been adopted by the metropolitan cities and counties in Denver, Colorado. The computing procedures for street hydraulic analysis and inlet sizing have been computerized for convenience. UDINLET is a Micro Soft Excel model for street drainage design that includes (1) analysis of street allowable capacity, (2) determination of minor and major flood flow conditions, and (3) sizing of street inlets on a continuous grade or in a sump. Neo-UDSEWER is the computer model developed to analyze the flow through a sewer system using circular, rectangular, and elliptical pipes. Neo-UDSEWER is capable of analyzing the mixed flow among open channel flow, surcharged flow, and pressurized flow when the sewer exit is subject to a high tailwater. Neo-UDSEWER calculates hydraulic and energy grade lines with consideration of friction, bend, and juncture losses. Neo-UDSEWER also calculates the excavated earth volume along the sewer system for cost estimation.
Author: United States. Bureau of Yards and Docks
Publisher:
ISBN:
Category : Navy-yards and naval stations
Languages : en
Pages : 86
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Book Description
Author: American Society of Civil Engineers
Publisher: ASCE Publications
ISBN: 9780872628557
Category : Technology & Engineering
Languages : en
Pages : 764
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Book Description
Prepared byØtheØTask Committee of the Urban Water Resources Research Council of ASCE. Copublished by ASCE and the Water Environment Federation. Design and Construction of Urban Stormwater Management Systems presents a comprehensive examination of the issues involved in engineering urban stormwater systems. This Manual?which updates relevant portions of Design and Construction of Sanitary and Storm Sewers, MOP 37?reflects the many changes taking place in the field, such as the use of microcomputers and the need to control the quality of runoff as well as the quantity. Chapters are prepared by authors with experience and expertise in the particular subject area. The Manual aids the practicing engineer by presenting a brief summary of currently accepted procedures relating to the following areas: financial services; regulations;Ø surveys and investigations;Ø design concepts and master planning;Ø hydrology and water quality;Ø storm drainage hydraulics; andØ computer modeling.
Author: Gautham P. Das
Publisher: Momentum Press
ISBN: 1945612339
Category : Technology & Engineering
Languages : en
Pages : 163
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Book Description
Hydrology and Storm Sewer Design includes fundamentals of hydrology and design aspects of various hydraulic engineering devices such as culverts, catch basins, and manholes. This book includes the fundamentals of hydrology, open-channel flow, design of culverts, and overall layout of storm sewers. The author illustrates the use of various methods employed by government agencies for the design of storm sewer appurtenances and devices to effectively drain rural and urban areas subjected to various storm systems.
Author: American Society of Civil Engineers
Publisher: ASCE Publications
ISBN: 0784473668
Category : Technology & Engineering
Languages : en
Pages : 762
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Book Description
Prepared byØtheØTask Committee of the Urban Water Resources Research Council of ASCE. Copublished by ASCE and the Water Environment Federation. Design and Construction of Urban Stormwater Management Systems presents a comprehensive examination of the issues involved in engineering urban stormwater systems. This Manual?which updates relevant portions of Design and Construction of Sanitary and Storm Sewers, MOP 37?reflects the many changes taking place in the field, such as the use of microcomputers and the need to control the quality of runoff as well as the quantity. Chapters are prepared by authors with experience and expertise in the particular subject area. The Manual aids the practicing engineer by presenting a brief summary of currently accepted procedures relating to the following areas: financial services; regulations;Ø surveys and investigations;Ø design concepts and master planning;Ø hydrology and water quality;Ø storm drainage hydraulics; andØ computer modeling.
Author: Kemi Adeyeye
Publisher: The Crowood Press
ISBN: 1785006401
Category : Technology & Engineering
Languages : en
Pages : 403
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Book Description
Good drainage contributes to the delivery of sustainable, innovative and resilient buildings, and is essential for our health and wellbeing. However, designers and architects can often leave drainage to be implemented by specialists in isolation of other design considerations, resulting in costly changes, rework and repairs, operational discomfort and poor user experiences that could have been avoided. Written for building designers and allied professionals, homeowners and managers as well as the general public, Building Drainage promotes an integrative and collaborative approach. Key principles and components of drainage design are presented in an accessible manner with many UK examples where the underlying information and knowledge can be applied internationally. coverage includes waste and foul water drainage systems and the benefits of integrated water management (IWM) approach, where 'waste' becomes a valuable resource; surface and rainwater drainage; water and energy efficiency through wastewater recycling and reuse, and heat recovery. After reading this book you will understand the mostly invisible, or unperceived, yet vital aspects of functional drainage design and their interaction with the architecture of the building as well as the local and global environments.
Author: Seattle (Wash.). Engineering Department. Design Division. Sewerage and Drainage Section
Publisher:
ISBN:
Category : Drainage
Languages : en
Pages : 114
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Book Description
Author: P. Smart
Publisher: Springer Science & Business Media
ISBN: 1475750277
Category : Medical
Languages : en
Pages : 312
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Book Description
This book provides a review of the principles and methods of drainage with an emphasis on design. The whole field of drainage is covered, and although the book concentrates mainly on the practice in North America, Europe and Britain, the practice in developing countries is also included. The book is directed primarily at the graduate engineer entering professional practice, but will also provide a useful reference for more senior engineers and for those in adjunct professions. Chapter 1 outlines the necessity for drainage on a large or small scale, for rural and urban areas. As the drainage engineer must decide how much unwanted water there will be and when it will occur, the chapter discusses climatic types, prediction of rainfall, evapotranspiration effects, return periods (of design storms and runoff events), river flow and flood prediction, and various sensing systems for providing short term predictions of rainfall, runoff, streamflow and flood warning. Chapter 2 gives a thorough review of the properties of soil in the context of drainage design. The extensive mathematical theories which relate to the crucial area of soil water movement are outlined and due attention is paid to the growing importance of predicting soil water movement in partially saturated soils.
