The Experts below are selected from a list of 6 Experts worldwide ranked by ideXlab platform
Robert A. Rhea - One of the best experts on this subject based on the ideXlab platform.
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Chapter 15 – Project Coordination
Pipe Drafting and Design, 2012Co-Authors: Roy A. Parisher, Robert A. RheaAbstract:Publisher Summary Each discipline has a unique impact on the design of a facility in its own specific way. The confluence of so many disciplines in such a rather confined space means that in order for the engineering, design, construction, and ultimately, operation of a facility to be considered successful, the interaction of all disciplines must be coordinated in a precise and timely manner. For example, the Main Pipe Rack and each miscellaneous Pipe support must not only be designed with enough structural strength and space capacity to hold the required Pipe, fittings, flanges, valves, being routed through it, but it must also be designed for the inclusion of all electrical and instrumentation trays and conduit. Then, the civil group must engineer and design the concrete footings and foundations large enough to support not only all the items mentioned previously, but also the structural steel columns and beams. Additionally, these massive, underground concrete structures must be positioned and oriented so that the below-grade piping and drainage systems can be routed around them with the most direct and economical configuration.
Roy A. Parisher - One of the best experts on this subject based on the ideXlab platform.
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Chapter 15 – Project Coordination
Pipe Drafting and Design, 2012Co-Authors: Roy A. Parisher, Robert A. RheaAbstract:Publisher Summary Each discipline has a unique impact on the design of a facility in its own specific way. The confluence of so many disciplines in such a rather confined space means that in order for the engineering, design, construction, and ultimately, operation of a facility to be considered successful, the interaction of all disciplines must be coordinated in a precise and timely manner. For example, the Main Pipe Rack and each miscellaneous Pipe support must not only be designed with enough structural strength and space capacity to hold the required Pipe, fittings, flanges, valves, being routed through it, but it must also be designed for the inclusion of all electrical and instrumentation trays and conduit. Then, the civil group must engineer and design the concrete footings and foundations large enough to support not only all the items mentioned previously, but also the structural steel columns and beams. Additionally, these massive, underground concrete structures must be positioned and oriented so that the below-grade piping and drainage systems can be routed around them with the most direct and economical configuration.
Benucci Davide - One of the best experts on this subject based on the ideXlab platform.
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Lifting analysis of a modularized steel structure
Alma Mater Studiorum - Università di Bologna, 2017Co-Authors: Benucci DavideAbstract:This thesis aims to design the lifting lugs required for the lifting operations that are propaedeutic for the land & sea transport and the installation on-site of the modules. In the last case, the tolerances are strictly limited because some Pipes and equipment are already positioned on the modules and they have to match the layout of the Pipes and equipment coming from the modules around. It is important that the lifting operations will be performed properly and will guarantee both the global integrity of the modules and a high precision in the installation phase. These requirements lead to a very rigid structure able to carry important loads (Mainly operational) and able to Maintain its shape during the lifting. It is now clear how important are the lifting operations and how much they influence the design of the Main Pipe Rack
