Using fabric formwork, it is possible to cast architecturally interesting, optimised structures that use up to 40% less concrete than an equivalent strength prismatic section, offering potentially significant embodied energy savings in new concrete structures. Fabric formwork allows elegant designs to be realised but its use also presents some unique challenges, including the practical provision of transverse reinforcement in slender, non-prismatic beam elements. This paper details how these challenges have been overcome with the use of ultra-high performance fibre reinforced concrete. Methods for the design, optimisation and construction of such elements cast using fabric formwork are illustrated and structural tests data are presented
Steel reinforced concrete is perhaps our most widely used man-made material (approximately 1.5m3 of ...
This paper presents and describes a series of studies into the use of flexible fabrics as formwork f...
Concrete, our most widely used construction material, is a fluid that offers the opportunity to econ...
Using fabric formwork, it is possible to cast architecturally interesting, optimised structures that...
Fabric formwork is an emerging method for construction of concrete structures, which offers a much g...
Fabric formwork is a novel method for casting unconventional concrete forms in textile sheets. It of...
Using fabric formwork, it is possible to cast architecturally interesting, optimised structures that...
By replacing orthogonal concrete moulds with a system formed of flexible sheets of fabric it is poss...
This paper examines the state of the art in fabric formed beam design, providing a summary of previo...
This study delved into the application of flexible formwork in the casting of reinforced concrete be...
The nature of this research is in advancing conventional structures and their methods of constructio...
Casting non-prismatic optimised concrete beams in flexible fabric formwork can lead to a significant...
By replacing orthogonal concrete moulds with flexible sheets of fabric the construction of optimised...
By replacing orthogonal concrete moulds with a system formed of flexible sheets of fabric it is poss...
With pressure on designers to provide sustainability driven structural solutions, making best use of...
Steel reinforced concrete is perhaps our most widely used man-made material (approximately 1.5m3 of ...
This paper presents and describes a series of studies into the use of flexible fabrics as formwork f...
Concrete, our most widely used construction material, is a fluid that offers the opportunity to econ...
Using fabric formwork, it is possible to cast architecturally interesting, optimised structures that...
Fabric formwork is an emerging method for construction of concrete structures, which offers a much g...
Fabric formwork is a novel method for casting unconventional concrete forms in textile sheets. It of...
Using fabric formwork, it is possible to cast architecturally interesting, optimised structures that...
By replacing orthogonal concrete moulds with a system formed of flexible sheets of fabric it is poss...
This paper examines the state of the art in fabric formed beam design, providing a summary of previo...
This study delved into the application of flexible formwork in the casting of reinforced concrete be...
The nature of this research is in advancing conventional structures and their methods of constructio...
Casting non-prismatic optimised concrete beams in flexible fabric formwork can lead to a significant...
By replacing orthogonal concrete moulds with flexible sheets of fabric the construction of optimised...
By replacing orthogonal concrete moulds with a system formed of flexible sheets of fabric it is poss...
With pressure on designers to provide sustainability driven structural solutions, making best use of...
Steel reinforced concrete is perhaps our most widely used man-made material (approximately 1.5m3 of ...
This paper presents and describes a series of studies into the use of flexible fabrics as formwork f...
Concrete, our most widely used construction material, is a fluid that offers the opportunity to econ...