A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
ULTRA-LIGHTWEIGHT FOAMED GLASS AGGREGATES FOR RESILIENCY PLANNING PROJECTS
Systems and methods are disclosed for coastal resiliency amelioration or other flooding amelioration, comprising adding a layer of foamed glass aggregates to a property to raise its elevation, wherein the surcharge on an underlying soil of the property is not increased. In some embodiments, the surcharge on an underlying soil of the property is decreased (e.g., a negative surcharge). Systems and methods are also disclosed for increasing the stormwater storage capacity of a property, comprising, adding a layer of foamed glass aggregates to the property.
ULTRA-LIGHTWEIGHT FOAMED GLASS AGGREGATES FOR RESILIENCY PLANNING PROJECTS
Systems and methods are disclosed for coastal resiliency amelioration or other flooding amelioration, comprising adding a layer of foamed glass aggregates to a property to raise its elevation, wherein the surcharge on an underlying soil of the property is not increased. In some embodiments, the surcharge on an underlying soil of the property is decreased (e.g., a negative surcharge). Systems and methods are also disclosed for increasing the stormwater storage capacity of a property, comprising, adding a layer of foamed glass aggregates to the property.
ULTRA-LIGHTWEIGHT FOAMED GLASS AGGREGATES FOR RESILIENCY PLANNING PROJECTS
FILSHILL ARCHIBALD STEWART (author) / MCGRATH THOMAS LIAM (author)
2022-11-24
Patent
Electronic Resource
English
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