A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A Review of Heritage Building Information Modelling (H-BIM)
The attic of Häme Castle has many undefined shapes because of structural deformation or weathering which is very difficult or impossible to represent accurately using parametric BIM objects. The historic styles of Häme Castle include organic shapes, which again can be more time consuming or difficult to model accurately using simple solid geometry. Häme Castle was scanned in the form of point cloud which was helpful to find the location of the structural components, but the 3D modelling could make it more beneficial. The features, such as heritage importance and values can be combined into the 3D model in a structured and consistent way which allows easy information uprooting and the production of deliverables. BIM offers a robust information management framework that can be highly beneficial for Häme Castle. Häme Castle has one of the oldest building trusses in Europe. It is assumed that the trusses of the main castle are 500 years old. By absorbing high-quality digital survey datasets, BIM does not only represent the image of the existing historic framework, but will also allow the investigating, quality checking and complex analysis of proposed involvement in various scenarios of the castle. The calculations done by the software are faster, more efficient, and easier to correct than the manual calculations. The amount of material needed for the building could help us to know the amount of money needed for the renovation or reconstruction of the building. The adoption of BIM in Häme Castle may drive by significant gains in terms of efficiency and cost savings during capital and operational stages in terms of spatial coordination and conservation planning through improved visualisation, analysis, and options appraisal. Working with BIM will experience reduced project risk, improved timelines, and better project outcomes. BIM appears less popular in terms of adoption by heritage professionals. If the information model of the Häme Castle is maintained, it can be an invaluable decision making and management tool for the castle throughout its life cycle. ; The purpose of this Bachelor's thesis was to demonstrate how to design the 3D model and conduct structural analysis of a historical building (Häme Castle) using Building information modeling (BIM) software. The analysis was done for trusses in a three-dimensional arrangement in RFEM software. As the result of the project work, the results were positive which proves that the main castle trusses are strong enough to bear all kind of loads.
A Review of Heritage Building Information Modelling (H-BIM)
The attic of Häme Castle has many undefined shapes because of structural deformation or weathering which is very difficult or impossible to represent accurately using parametric BIM objects. The historic styles of Häme Castle include organic shapes, which again can be more time consuming or difficult to model accurately using simple solid geometry. Häme Castle was scanned in the form of point cloud which was helpful to find the location of the structural components, but the 3D modelling could make it more beneficial. The features, such as heritage importance and values can be combined into the 3D model in a structured and consistent way which allows easy information uprooting and the production of deliverables. BIM offers a robust information management framework that can be highly beneficial for Häme Castle. Häme Castle has one of the oldest building trusses in Europe. It is assumed that the trusses of the main castle are 500 years old. By absorbing high-quality digital survey datasets, BIM does not only represent the image of the existing historic framework, but will also allow the investigating, quality checking and complex analysis of proposed involvement in various scenarios of the castle. The calculations done by the software are faster, more efficient, and easier to correct than the manual calculations. The amount of material needed for the building could help us to know the amount of money needed for the renovation or reconstruction of the building. The adoption of BIM in Häme Castle may drive by significant gains in terms of efficiency and cost savings during capital and operational stages in terms of spatial coordination and conservation planning through improved visualisation, analysis, and options appraisal. Working with BIM will experience reduced project risk, improved timelines, and better project outcomes. BIM appears less popular in terms of adoption by heritage professionals. If the information model of the Häme Castle is maintained, it can be an invaluable decision making and management tool for the castle throughout its life cycle. ; The purpose of this Bachelor's thesis was to demonstrate how to design the 3D model and conduct structural analysis of a historical building (Häme Castle) using Building information modeling (BIM) software. The analysis was done for trusses in a three-dimensional arrangement in RFEM software. As the result of the project work, the results were positive which proves that the main castle trusses are strong enough to bear all kind of loads.
A Review of Heritage Building Information Modelling (H-BIM)
Bhatta, Girija (author)
2020-01-01
Miscellaneous
Electronic Resource
English
DDC:
690
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