Deep reasons link shape and geometry to the planning and the layout of Renaissance’s fortresses. In the 15th century, the diagram of many of them has a pentagonal shape. The pentagon is tied to the golden section and one can construct it starting from the golden triangle and its gnomon. To draw the approximated golden triangle, one establishes the relationship between the sides by means Fibonacci’s numbers, for example 5 and 8. The authors verify this relationship between numbers, shape and size in the layout of Castel Sant’Angelo (Rome)
"This article presents an application of geometry in architecture. It aims to investigate. the geome...
"This study, started by a collaboration of representation and mathematic researchers, intends to ver...
This article presents an application of geometry in architecture. It aims to investigate the geometr...
Deep reasons link shape and geometry to the planning and the layout of Renaissance’s fortresses. In ...
Deep reasons link shape and geometry to the planning and the layout of Renaissance’s fortresses. In ...
Starting from the fifteenth century, the diagram of many fortresses has a pentagonal shape. Among th...
In Guarini's theoretical speculation and building practice, disciplines as geometry, drawing and des...
none2noThe design of defensive fortresses during the sixteenth century was completed by means of dra...
In his Trattato di Fortificatione, Guarino Guarini described and drew a pentagonal bastioned scheme ...
Most of the defensive structures of military architecture are based on polygonal shapes staked out b...
The development of fortifications from castle in the early modern period has always been taken as on...
In his Trattato di Fortificatione, Guarino Guarini described and drew a pentagonal bastioned scheme...
none2noThe geometry underlying the design of sixteenth-century fortifications is a subject of consid...
Guarini first develops a rigorous and systematic discourse on vaulted systems. In three treatises: A...
In this paper a short history of the Golden Section is described, that began from the geometric stu...
"This article presents an application of geometry in architecture. It aims to investigate. the geome...
"This study, started by a collaboration of representation and mathematic researchers, intends to ver...
This article presents an application of geometry in architecture. It aims to investigate the geometr...
Deep reasons link shape and geometry to the planning and the layout of Renaissance’s fortresses. In ...
Deep reasons link shape and geometry to the planning and the layout of Renaissance’s fortresses. In ...
Starting from the fifteenth century, the diagram of many fortresses has a pentagonal shape. Among th...
In Guarini's theoretical speculation and building practice, disciplines as geometry, drawing and des...
none2noThe design of defensive fortresses during the sixteenth century was completed by means of dra...
In his Trattato di Fortificatione, Guarino Guarini described and drew a pentagonal bastioned scheme ...
Most of the defensive structures of military architecture are based on polygonal shapes staked out b...
The development of fortifications from castle in the early modern period has always been taken as on...
In his Trattato di Fortificatione, Guarino Guarini described and drew a pentagonal bastioned scheme...
none2noThe geometry underlying the design of sixteenth-century fortifications is a subject of consid...
Guarini first develops a rigorous and systematic discourse on vaulted systems. In three treatises: A...
In this paper a short history of the Golden Section is described, that began from the geometric stu...
"This article presents an application of geometry in architecture. It aims to investigate. the geome...
"This study, started by a collaboration of representation and mathematic researchers, intends to ver...
This article presents an application of geometry in architecture. It aims to investigate the geometr...