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1995•Proceedings of the Institution of Civil Engineers - Water Maritime and EnergyRequires access

STABILITY OF RIPRAP AND CONCRETE BLOCKS IN HIGHLY TURBULENT FLOWS.

M. Escarameia, Roland May, IZBASH

Open publisher page 7 citations

Abstract

Keywords HR WALLINGFORD, HYDRAULICS RESEARCH BLOCKS, STABILITY, CONCRETE, RIPRAP, TURBULENT, FLOW, FORMULAE, EFFECT, TURBULENCE, QUANTITATIVE, EXPERIMENTS, STUDIES, CHANNELS, PROTECTION, STONE, TESTS, FLAT, BEDS, BANKS, SLOPES, FILTERS, PERFORMANCE, EQUATIONS, COEFFICIENTS, INTENSITY, VELOCITY, WATER, DEPTH, DOWNSTREAM, SCOUR, PREVENTION, CURRENTS, PARTICLES, MOVEMENT, INITIATION, REVETMENTS, RIGS, MATERIALS, FLUMES, UNDERLAYERS, GRANULAR, ARMOUR, LAYERS, HYDRAULIC, STRUCTURES, PROFILES, HYDRAULICS... Show All

About this research paper

What this paper is about

Keywords HR WALLINGFORD, HYDRAULICS RESEARCH BLOCKS, STABILITY, CONCRETE, RIPRAP, TURBULENT, FLOW, FORMULAE, EFFECT, TURBULENCE, QUANTITATIVE, EXPERIMENTS, STUDIES, CHANNELS, PROTECTION, STONE, TESTS, FLAT, BEDS, BANKS, SLOPES, FILTERS, PERFORMANCE, EQUATIONS, COEFFICIENTS, INTENSITY, VELOCITY, WATER, DEPTH, DOWNSTREAM, SCOUR, PREVENTION, CURRENTS, PARTICLES, MOVEMENT, INITIATION, REVETMENTS, RIGS, MATERIALS, FLUMES, UNDERLAYERS, GRANULAR, ARMOUR, LAYERS, HYDRAULIC, STRUCTURES, PROFILES, HYDRAULICS... Show All

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Keywords HR WALLINGFORD, HYDRAULICS RESEARCH BLOCKS, STABILITY, CONCRETE, RIPRAP, TURBULENT, FLOW, FORMULAE, EFFECT, TURBULENCE, QUANTITATIVE, EXPERIMENTS, STUDIES, CHANNELS, PROTECTION, STONE, TESTS, FLAT, BEDS, BANKS, SLOPES, FILTERS, PERFORMANCE, EQUATIONS, COEFFICIENTS, INTENSITY, VELOCITY, WATER, DEPTH, DOWNSTREAM, SCOUR, PREVENTION, CURRENTS, PARTICLES, MOVEMENT, INITIATION, REVETMENTS, RIGS, MATERIALS, FLUMES, UNDERLAYERS, GRANULAR, ARMOUR, LAYERS, HYDRAULIC, STRUCTURES, PROFILES, HYDRAULICS... Show All

Key concepts: Riprap, Hydraulics, Turbulence, Geotechnical engineering, Geology, Flow (mathematics), Armour, Hydraulic structure

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STABILITY OF RIPRAP AND CONCRETE BLOCKS IN HIGHLY TURBULENT FLOWS. — Research Paper | ScholarLens