This study investigate the principles of a resilient structural design inspired by nature. Based on our research, we looked into materials specifically found in nature such as the spider web. We found that the silk spun by a spider and the design generated by it serves as good research study as to what makes the web resilient. The design structure of the web plays an important role of sustaining the web in environmental conditions. The characteristics of these materials in relation to our research is that the spider silk has high tensile strength and greater elasticity making it a good study for lightweight resilient structure. We propose the principles for resilient structures and then we apply it into our design structures. Based on our...
Spider silks exhibit remarkable properties, surpassing most natural and synthetic materials in both ...
Spider silk is an astonishingly tough biomaterial that consists almost entirely of large proteins. S...
Biomaterials represent a potential means for the construction industry to reduce its negative ecolog...
In today’s world, terrorism is an unfortunate reality. Since 9-11, blast design has become a well-so...
ABSTRACT: In this study, the damage tolerant design in a particular compliant structure, the spider ...
The aim of this thesis is to attempt to solve technical and spatial issues in an architectural proje...
The aim of this thesis is to attempt to solve technical and spatial issues in an architectural proje...
Spider silk shows great potential as a biomaterial: in addition to biocompatibility and biodegradabi...
Spider silks exhibit remarkable properties, surpassing most natural and synthetic materials in both ...
Spider silk shows great potential as a biomaterial: in addition to biocompatibility and biodegradabi...
Spider silks display a remarkable array of properties, making them an area of great interest in biot...
Spider silks display a remarkable array of properties, making them an area of great interest in biot...
Spider silk has outstanding mechanical & structural properties, despite its light and delicate a...
Spider silk is an astonishingly tough biomaterial that consists almost entirely of large proteins. S...
The spider silk fibers have unique high performance properties that make it a desirable model for ar...
Spider silks exhibit remarkable properties, surpassing most natural and synthetic materials in both ...
Spider silk is an astonishingly tough biomaterial that consists almost entirely of large proteins. S...
Biomaterials represent a potential means for the construction industry to reduce its negative ecolog...
In today’s world, terrorism is an unfortunate reality. Since 9-11, blast design has become a well-so...
ABSTRACT: In this study, the damage tolerant design in a particular compliant structure, the spider ...
The aim of this thesis is to attempt to solve technical and spatial issues in an architectural proje...
The aim of this thesis is to attempt to solve technical and spatial issues in an architectural proje...
Spider silk shows great potential as a biomaterial: in addition to biocompatibility and biodegradabi...
Spider silks exhibit remarkable properties, surpassing most natural and synthetic materials in both ...
Spider silk shows great potential as a biomaterial: in addition to biocompatibility and biodegradabi...
Spider silks display a remarkable array of properties, making them an area of great interest in biot...
Spider silks display a remarkable array of properties, making them an area of great interest in biot...
Spider silk has outstanding mechanical & structural properties, despite its light and delicate a...
Spider silk is an astonishingly tough biomaterial that consists almost entirely of large proteins. S...
The spider silk fibers have unique high performance properties that make it a desirable model for ar...
Spider silks exhibit remarkable properties, surpassing most natural and synthetic materials in both ...
Spider silk is an astonishingly tough biomaterial that consists almost entirely of large proteins. S...
Biomaterials represent a potential means for the construction industry to reduce its negative ecolog...