The reliability of rubble mound breakwaters depends on the hydraulic stability and the mechanical strength of the armour units. The paper deals with the important aspect of fatigue related to the strength of concrete armour units. Results showing significant fatigue from impact tests with Dolosse made of unreinforced and steel fibre reinforced flyash concrete are presented. Moreover universal graphs for fatigue in armour units made of conventional unreinforced concrete exposed to impact load and pulsating load are presented. The effect of fibre reinforcement and the implementation of fatigue in a stochastic design process are discussed
A procedure for lifetime assesment of the reliability of short concrete slab bridges is presented in...
The report summarises the results of a research study on the design and performance of concrete armo...
Traditionally, conventional rubble mound breakwaters are designed with stable armour units, and cons...
The reliability of rubble mound breakwaters depends on the hydraulic stability and the mechanical st...
Failures of rubble mound breakwaters armoured with complex types of unreinforced concrete armour uni...
Failures of rubble mound breakwaters armoured with complex types of unreinforced concrete armour uni...
Very often rubble mound breakwater designs seem to be a result only of stability considerations corr...
The paper presents a level III reliability method from which the armour layer of rubble mound breakw...
The slender, complex types of armour units, such as Tetrapods and Dolosse arewidely used for rubble ...
Rubble mound breakwaters are widely used to protect harbours and coastal areas from the effects of w...
Stochastic modelling of the deterioration of reinforced concrete structures is addressed in this pap...
Quart Premi de la XV Edició dels Premis BASF Construction Chemicals Barcelona (2013)Offshore Enginee...
The slender, complex types of armour units, such as Tetrapods and Dolosse arewidely used for rubble ...
Recent methods for the structural design of concrete armor units divide the forces into static loads...
It is well know that the relative dynamic strength of unreinforced slender concrete units decreases ...
A procedure for lifetime assesment of the reliability of short concrete slab bridges is presented in...
The report summarises the results of a research study on the design and performance of concrete armo...
Traditionally, conventional rubble mound breakwaters are designed with stable armour units, and cons...
The reliability of rubble mound breakwaters depends on the hydraulic stability and the mechanical st...
Failures of rubble mound breakwaters armoured with complex types of unreinforced concrete armour uni...
Failures of rubble mound breakwaters armoured with complex types of unreinforced concrete armour uni...
Very often rubble mound breakwater designs seem to be a result only of stability considerations corr...
The paper presents a level III reliability method from which the armour layer of rubble mound breakw...
The slender, complex types of armour units, such as Tetrapods and Dolosse arewidely used for rubble ...
Rubble mound breakwaters are widely used to protect harbours and coastal areas from the effects of w...
Stochastic modelling of the deterioration of reinforced concrete structures is addressed in this pap...
Quart Premi de la XV Edició dels Premis BASF Construction Chemicals Barcelona (2013)Offshore Enginee...
The slender, complex types of armour units, such as Tetrapods and Dolosse arewidely used for rubble ...
Recent methods for the structural design of concrete armor units divide the forces into static loads...
It is well know that the relative dynamic strength of unreinforced slender concrete units decreases ...
A procedure for lifetime assesment of the reliability of short concrete slab bridges is presented in...
The report summarises the results of a research study on the design and performance of concrete armo...
Traditionally, conventional rubble mound breakwaters are designed with stable armour units, and cons...