Bibliographic citations
Ambrosio, D., (2019). Propuesta de aplicación de plataforma de andamio multidireccional móvil para cubrir grandes luces optimizando los costos de producción de revestimiento en la construcción de centros comerciales [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/635419
Ambrosio, D., Propuesta de aplicación de plataforma de andamio multidireccional móvil para cubrir grandes luces optimizando los costos de producción de revestimiento en la construcción de centros comerciales [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2019. http://hdl.handle.net/10757/635419
@misc{renati/373363,
title = "Propuesta de aplicación de plataforma de andamio multidireccional móvil para cubrir grandes luces optimizando los costos de producción de revestimiento en la construcción de centros comerciales",
author = "Ambrosio Hinojosa, Diego Fernando",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2019"
}
The use of scaffolding to make platforms in high areas may increase the total price of any starting construction however is necessary in the construction finishes phase, these artistic works need a comfortable and safe platform from a technical point of view. The use of mobile scaffolding is a good choice for finishes starting due to the versatility of move without having to disassemble, design a work platform that requires very few pieces, do not take up much place and can be easily moved is essential to reduce assembly price and rents. Scaffolding structures become heavier as they grow taller, the roof cladding in the shopping centers build does not only need a tower shape scaffolding for specific work, it requires platforms covering a considerable work area and this turn more complex at height places This research work takes advantage from shopping centers architecture to use the aisles or side corridors in upper floors to support the scaffolding structure and prevent it from resting on the lowest level, In addition is proposed a mobile platform to test the design versatility comparing it with conventional solutions.
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