Add to ORKGWe present a graph-based method for mapping between functional requirements and physical structure in discrete static systems. Through forward or backward chaining, this method may be used in a generative mode to suggest instances Of system structure satisfying the desired functionality, or in a parsing mode to uncover the behaviour and function of a given system. The graph may be composed from a geometric model, but the method is independent of any specific geometric modelling representation. We focus on the domain of structural systems in buildings to describe this method
This paper presents an interactive implementation of graphic statics, which can be integrated into a...
Abstract—Interconnected dynamic systems are a pervasive component of our modern infrastructures. The...
We present a new concept for a system network to represent systems that are able to undergo structur...
Abstract: "One view of the design process is that design is a mapping from functional requirements t...
Adjacency structures as mappings between function and structure in discrete static system
The paper describes a framework for reasoning about dynamic physical systems based on structure. The...
The paper describes a constraint logic programming approach for reasoning about dynamic physical sys...
An experimental project on which work continues intermittently is the development of an interactive ...
The relationship between geometry (form) and physical behavior (function) dominates many engineerin...
Abstract—Interconnected dynamic systems are a pervasive component of our modern infrastructures. The...
The collective housing buildings are usually inflexible in the exploitation phase because of inflexi...
The collective housing buildings are usually inflexible in the exploitation phase because of inflexi...
This PhD thesis proposes a direct and unified method for generating global static equilibrium for 2D...
This paper presents some early research on developing a representation for buildings that has the ca...
It is fact universally acknowledged that discrete computing systems are ill-equipped to process vect...
This paper presents an interactive implementation of graphic statics, which can be integrated into a...
Abstract—Interconnected dynamic systems are a pervasive component of our modern infrastructures. The...
We present a new concept for a system network to represent systems that are able to undergo structur...
Abstract: "One view of the design process is that design is a mapping from functional requirements t...
Adjacency structures as mappings between function and structure in discrete static system
The paper describes a framework for reasoning about dynamic physical systems based on structure. The...
The paper describes a constraint logic programming approach for reasoning about dynamic physical sys...
An experimental project on which work continues intermittently is the development of an interactive ...
The relationship between geometry (form) and physical behavior (function) dominates many engineerin...
Abstract—Interconnected dynamic systems are a pervasive component of our modern infrastructures. The...
The collective housing buildings are usually inflexible in the exploitation phase because of inflexi...
The collective housing buildings are usually inflexible in the exploitation phase because of inflexi...
This PhD thesis proposes a direct and unified method for generating global static equilibrium for 2D...
This paper presents some early research on developing a representation for buildings that has the ca...
It is fact universally acknowledged that discrete computing systems are ill-equipped to process vect...
This paper presents an interactive implementation of graphic statics, which can be integrated into a...
Abstract—Interconnected dynamic systems are a pervasive component of our modern infrastructures. The...
We present a new concept for a system network to represent systems that are able to undergo structur...