Within a large & full scale study on wave impact induced pressures on coastal structures (BWIMCOST) an investigation of impact pressure propagation into structure cracks and fissures was carried out. The mechanism, which is held responsible for localized damage to existing blockwork breakwaters, had previously been verified in small scale model tests and a numerical model had been developed. The current investigation is the first which describes the effect at full scale, with recorded pressures of up to 199 kPa found within the cracks. The experimental results are related to their possible impact on coastal structural integrity
Recent research under PROVERBS has demonstrated that wave impact loads can cause damage or failure o...
This paper presents recent advances in knowledge on wave loads, based on experimental work carried o...
Die Belastung aus Druckschlag zählt zu den höchsten Belastungen, denen ein Küstenschutzbauwerk ausge...
Up to the middle of this century many coastal structures were built from blockwork, using either nat...
Rock cliffs and blockwork coastal structures often suffer a peculiar type of damage, whereby individ...
During the 19th and the early 20th Century, many coastal structures were built from block-work, i.e....
Many exposed vertical or steep-fronted coastal structures experience large horizontal impact pressur...
The results of laboratory experiments on the maximum and bottom impact pressures from waves breaking...
Transient or fluctuating pressures, generated for example by a wave impact on a sea wall or a water ...
When a wave breaks against a sea wall containing a crack, such as might exist within the blockwork, ...
Blockwork coastal structures often suffer damages from breaking wave action. The type of damage obse...
Recent research under PROVERBS has demonstrated that wave impact loads can cause damage or failure o...
Recent research under PROVERBS has demonstrated that wave impact loads can cause damage or failure o...
Laboratory tests have been conducted to investigate flow motion and pore pressure attenuation within...
Breaking waves on coastal structures cause high magnitude impact pressures which may be important fo...
Recent research under PROVERBS has demonstrated that wave impact loads can cause damage or failure o...
This paper presents recent advances in knowledge on wave loads, based on experimental work carried o...
Die Belastung aus Druckschlag zählt zu den höchsten Belastungen, denen ein Küstenschutzbauwerk ausge...
Up to the middle of this century many coastal structures were built from blockwork, using either nat...
Rock cliffs and blockwork coastal structures often suffer a peculiar type of damage, whereby individ...
During the 19th and the early 20th Century, many coastal structures were built from block-work, i.e....
Many exposed vertical or steep-fronted coastal structures experience large horizontal impact pressur...
The results of laboratory experiments on the maximum and bottom impact pressures from waves breaking...
Transient or fluctuating pressures, generated for example by a wave impact on a sea wall or a water ...
When a wave breaks against a sea wall containing a crack, such as might exist within the blockwork, ...
Blockwork coastal structures often suffer damages from breaking wave action. The type of damage obse...
Recent research under PROVERBS has demonstrated that wave impact loads can cause damage or failure o...
Recent research under PROVERBS has demonstrated that wave impact loads can cause damage or failure o...
Laboratory tests have been conducted to investigate flow motion and pore pressure attenuation within...
Breaking waves on coastal structures cause high magnitude impact pressures which may be important fo...
Recent research under PROVERBS has demonstrated that wave impact loads can cause damage or failure o...
This paper presents recent advances in knowledge on wave loads, based on experimental work carried o...
Die Belastung aus Druckschlag zählt zu den höchsten Belastungen, denen ein Küstenschutzbauwerk ausge...