The stockpiling of scrap tyres is a significant threat to our environment and has been a hot topic amongst the engineering community which has been looking for long term viable solutions to the recycling and reuse of rubber. This paper proposes a new method of utilizing scrap tyres for applications in infrastructure protection forming part of the solution strategy. The method involves mixing scrap tyres with soil materials and placing the mixtures around building foundations, for vibration absorption. The potential of the proposed method will be demonstrated by numerical modelling to show its effectiveness and robustness as a means of protecting low-to-medium-rise buildings in an earthquake
Waste tyres and their accumulation is a global environmental concern; they are not biodegradable, an...
The accumulation of waste tires is a global resource and environmental problem. The landfill or inci...
Seismic isolation (SI) with energy dissipation has the ability to significantly improve the seismic ...
The stockpiling of scrap tyres is a significant threat to our environment and has been a hot topic a...
The stockpiling of scrap tyres is a significant threat to our environment and has been a hot topic a...
Scrap tyre stockpile has been a significant disposal problem around the world. Significant research ...
The stockpiling of scrap tires is a significant threat to our environment and has been a hot topic a...
This paper proposes a promising seismic isolation method particularly suitable for developing countr...
Scrap tire stockpile has been a significant disposal problem. It has been a hot topic among engineer...
This paper presents a promising earthquake protection method by placing rubber-soil mixtures (RSM) a...
This paper presents the preliminary research works on a potential seismic isolation method that make...
This paper presents a promising earthquake protection method by placing rubber-soil mixtures (RSM) a...
ABSTRACT: Scrap tire stockpile has been a significant disposal problem. It has been a hot topic amon...
This paper presents a promising earthquake protection method by placing rubber-soil mixtures (RSM) a...
This paper proposes a promising seismic isolation method particularly suitable for developing countr...
Waste tyres and their accumulation is a global environmental concern; they are not biodegradable, an...
The accumulation of waste tires is a global resource and environmental problem. The landfill or inci...
Seismic isolation (SI) with energy dissipation has the ability to significantly improve the seismic ...
The stockpiling of scrap tyres is a significant threat to our environment and has been a hot topic a...
The stockpiling of scrap tyres is a significant threat to our environment and has been a hot topic a...
Scrap tyre stockpile has been a significant disposal problem around the world. Significant research ...
The stockpiling of scrap tires is a significant threat to our environment and has been a hot topic a...
This paper proposes a promising seismic isolation method particularly suitable for developing countr...
Scrap tire stockpile has been a significant disposal problem. It has been a hot topic among engineer...
This paper presents a promising earthquake protection method by placing rubber-soil mixtures (RSM) a...
This paper presents the preliminary research works on a potential seismic isolation method that make...
This paper presents a promising earthquake protection method by placing rubber-soil mixtures (RSM) a...
ABSTRACT: Scrap tire stockpile has been a significant disposal problem. It has been a hot topic amon...
This paper presents a promising earthquake protection method by placing rubber-soil mixtures (RSM) a...
This paper proposes a promising seismic isolation method particularly suitable for developing countr...
Waste tyres and their accumulation is a global environmental concern; they are not biodegradable, an...
The accumulation of waste tires is a global resource and environmental problem. The landfill or inci...
Seismic isolation (SI) with energy dissipation has the ability to significantly improve the seismic ...