BIM based installation logistics for modular power plant construction
Humalamäki, Matias Henrikki (2015)
Humalamäki, Matias Henrikki
2015
Rakennustekniikan koulutusohjelma
Talouden ja rakentamisen tiedekunta - Faculty of Business and Built Environment
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Hyväksymispäivämäärä
2015-03-04
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:tty-201501291030
https://urn.fi/URN:NBN:fi:tty-201501291030
Tiivistelmä
Building information modelling has proven to be an effective tool for both engineering and construction management. It can be used from early conceptual design to detailed design and for creating construction phase models. It is also a practical tool for managing communication and other data between Designers, Constructor, Fabricators and Contractors.
This Master’s thesis is a company specific case study and written for localizing potential in more BIM based project management. Main objective of the research is to formulate a sketch of a suitable BIM based installation logistics and project management system focusing on packing management system and packing order. The research has been delimited to pertain steel frame elements of power plant engine hall.
In order to achieve the main objective, installation logistics and other construction management related properties of the chosen softwares Tekla Structures and Tekla BIMsight are examined. Main interests of the constructor company concerning construction management and especially installation logistics are also localized. Furthermore, quality standards for modelling and packing process are defined to achieve the main objective. As a result, findings of the research and suggested tools are evaluated based on the needs of the constructor.
Tekla Stuctures can be used for conceptual design, for generating drawings and report, and for erection scheduling. In addition, it has turned out to be practical software for managing frame element delivery and data needed for site management. Organizer found in Tekla Structures especially is a handy tool for managing information needed for coordination of a site and frame element delivery.
Tekla BIMsight is software for project collaboration and can be used for combining the models of different project stakeholders and for frame element unloading and installation management. Tekla BIMsight is a practical tool for making assembly plans and progress reports of site installation works. It can also be used for the supervision of installation works, for frame element unloading and grouping, and for on-site collaboration between structural and MEP works. Use of note files compatible to Tekla Structures and Tekla BIMsight enables BIM based communication between Structural Designers, Project Engineers and Site Supervisors throughout the project.
The best way to ensure a practical frame element packing order is to attach an installation sequence number pointing out the required packing order for each steel assembly and to publish these numbers in an assembly list. It is also practical to divide an engine hall for modules and phases if needed using the Organizer tool in Tekla Structures, and to utilize this division for managing frame element delivery. Still, for developing installation logistics further, it is recommendable to seek better frame installation management through more integrated BIM based communication protocols.
This Master’s thesis is a company specific case study and written for localizing potential in more BIM based project management. Main objective of the research is to formulate a sketch of a suitable BIM based installation logistics and project management system focusing on packing management system and packing order. The research has been delimited to pertain steel frame elements of power plant engine hall.
In order to achieve the main objective, installation logistics and other construction management related properties of the chosen softwares Tekla Structures and Tekla BIMsight are examined. Main interests of the constructor company concerning construction management and especially installation logistics are also localized. Furthermore, quality standards for modelling and packing process are defined to achieve the main objective. As a result, findings of the research and suggested tools are evaluated based on the needs of the constructor.
Tekla Stuctures can be used for conceptual design, for generating drawings and report, and for erection scheduling. In addition, it has turned out to be practical software for managing frame element delivery and data needed for site management. Organizer found in Tekla Structures especially is a handy tool for managing information needed for coordination of a site and frame element delivery.
Tekla BIMsight is software for project collaboration and can be used for combining the models of different project stakeholders and for frame element unloading and installation management. Tekla BIMsight is a practical tool for making assembly plans and progress reports of site installation works. It can also be used for the supervision of installation works, for frame element unloading and grouping, and for on-site collaboration between structural and MEP works. Use of note files compatible to Tekla Structures and Tekla BIMsight enables BIM based communication between Structural Designers, Project Engineers and Site Supervisors throughout the project.
The best way to ensure a practical frame element packing order is to attach an installation sequence number pointing out the required packing order for each steel assembly and to publish these numbers in an assembly list. It is also practical to divide an engine hall for modules and phases if needed using the Organizer tool in Tekla Structures, and to utilize this division for managing frame element delivery. Still, for developing installation logistics further, it is recommendable to seek better frame installation management through more integrated BIM based communication protocols.