Civil Engineering

principal designer

Professional principal designer generally include architects, interior designers and building surveyors. Each is capable of fulfilling the function of a building designer, but their training means they may provide different emphases in the approach to the problems associated with the production of a building. Architects principal designer design and prepare the production information for most […]

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building team in construction

Building is a group activity and its success depends on a good understanding and cooperation between a large number of people. The participants involved can be conveniently arranged into groups or teams according to their particular interest and/or involvement as follows: Client Team User Team Design Team Research Team Legislative Team Manufacturing Team Construction Team

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prismatic beam

Beams are used extensively in structures, primarily in flooring systems for buildings and bridges. They belong to the line element category, i.e. their longitudinal dimension is large in comparison to their cross-sectional dimensions. Whereas truss members are loaded axially, beams are loaded normal to the longitudinal direction, and carry the loading by bending and twisting

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structural idealization

Trusses are components of larger structural systems, such as buildings, bridges, and towers. In order to evaluate the behavior under loading, one needs to identify the main structural components of the system and determine how the external load is transmitted from one component to another. This process is called “structural idealization,” it is a key

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types of truss

Simple two-dimensional (2-D) truss structures are formed by combining one-dimensional linear members to create a triangular pattern. One starts with a triangular unit, and then adds a pair of members to form an additional triangular unit. This process is repeated until the complete structure is assembled.below Figure illustrates this process for the case where all

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types of structures

A structure is classified according to its function and the type of elements used to make up the structure. Typical TYPES OF STRUCTURES and their corresponding functions are listed in Table TYPES OF STRUCTURES can also be classified by their Design : Solid Structures Can be made by, piling up or forming similar materials into

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value engineering in construction

Agencies are encouraged to apply value engineering in construction techniques to all projects including bus maintenance and storage facilities whose construction costs are estimated to exceed $2 million. The objective of VE is to satisfy the required functions of the project at the lowest initial total cost and cost over the life of the project

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project management process

The project management process begins with identification of the user requirement, project constraints, resource needs, and establishment of realistic objectives to meet the strategic goals. Many times this will be an iterative process as new information becomes available through efforts by various professionals on the project and input from third parties, communities, users,and agencies having

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types of foundation

The two main types of foundation are : Shallow foundation (spread foundation) Isolated footing Combined footing Deep foundation Pile foundation Pier foundation Shallow foundation Depth of foundation is less than or equal to its width. Isolated footing In framed structures where several columns are to be constructed, isolated footings can be adopted. The columns involved

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Geometric Design of Highways

Definition of Geometric Design : geometric design of highways deals with the dimensions and layout of visible features of the highway. Geometric design fulfills the requirements of the driver and the vehicle, such as comfort, efficiency and safety. Goals of geometric design Maximize the comfort, safety and economy of facilities. Provide efficiency in traffic operation.

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