Claes Ribbing - Academia.edu (original) (raw)

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Papers by Claes Ribbing

Research paper thumbnail of Stabilization of road structures with fly ash as binder component – through demo projects to full scale use

Stabilization of unbound layers of road structures is a promising technique from technical, econo... more Stabilization of unbound layers of road structures is a promising technique from technical, economical and environmental point of view. The method is sparsely used in Sweden for public roads, though this method is believed to have good potential as it increases the road construction's bearing capacity and durability in cold climate. The most common binder used is cement, but also alternative binder components like fly ash are of interest. Laboratory and field studies show that stabilized unbound layers with fly ash as binder components increase the roads bearing capacity and are environmentally sound. Quality control of the fly ash (mostly from bio-fuels) and the stabilized unbound layers degree of compaction (density) in the road construction are essential and of great importance to insure durability of the construction. An assessment of stakeholder's opinion on stabilization and fly ash as binder component shows that stabilization as a method and fly ash has good potential...

Research paper thumbnail of 91/689/EEC on hazardous waste from a Swedish application perspective

Research paper thumbnail of Stabilization of road structures with fly ash as binder component – through demo projects to full scale use

Stabilization of unbound layers of road structures is a promising technique from technical, econo... more Stabilization of unbound layers of road structures is a promising technique from technical, economical and environmental point of view. The method is sparsely used in Sweden for public roads, though this method is believed to have good potential as it increases the road construction's bearing capacity and durability in cold climate. The most common binder used is cement, but also alternative binder components like fly ash are of interest. Laboratory and field studies show that stabilized unbound layers with fly ash as binder components increase the roads bearing capacity and are environmentally sound. Quality control of the fly ash (mostly from bio-fuels) and the stabilized unbound layers degree of compaction (density) in the road construction are essential and of great importance to insure durability of the construction. An assessment of stakeholder's opinion on stabilization and fly ash as binder component shows that stabilization as a method and fly ash has good potential...

Research paper thumbnail of 91/689/EEC on hazardous waste from a Swedish application perspective

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