In 2011, Tohoku-Kanto earthquake tsunami caused serious damage to the port structures such as a breakwater and seawalls. Damage mechanisms of these structures have been studied in the past, and there are some causes. In this study, Soil scour and seepage flow are focused on. A particle simulation tool based on a stabilized ISPH method [1] has been extended to solve the different soil damage mechanisms; soil sour and seepage flow problem at the same time
On Friday, 11 March 2011, the most powerful earthquake induced tsunami ever recorded attacked the no...
AbstractSuffusion describes the phenomenon whereby finer particles are eroded through the voids of c...
The extensive research on the influence of sea dike geometry on tsunami-induced scour indicates the ...
In 2011, the example that breakwaters collapsed because of the basic ground’s destabilization was re...
In 2011, Tohoku-Kanto earthquake tsunami caused serious damage to the port and coastal structures su...
This paper presents a stabilized incompressible smoothed particle hydrodynamics (ISPH) method to sim...
AbstractMany breakwaters were damaged due to tsunami actions in Tohoku earthquake in 2011. The local...
Graduation date: 2017Access restricted to the OSU Community, at author's request, from April 13, 201...
Failure of a breakwater during tsunami causes extensive damages to the human lives and properties. T...
The soil particle movement under seepage flow is one of the predominant mechanisms responsible for i...
In the 2011 off the Pacific Coast of Tohoku Earthquake, massive tsunami caused serious damage to coa...
* Corresponding author radianta@ugm.ac.id ABSTRACT Local scour due to tsunami is damaging especial...
A particulate model is developed to analyze the effects of steady state and transient seepage of wat...
Silty sand is a kind of typical marine sediment that is widely distributed in the offshore areas of ...
Appropriate seawalls can protect landside from tsunami inundation. But, in a case that a coastal ind...
On Friday, 11 March 2011, the most powerful earthquake induced tsunami ever recorded attacked the no...
AbstractSuffusion describes the phenomenon whereby finer particles are eroded through the voids of c...
The extensive research on the influence of sea dike geometry on tsunami-induced scour indicates the ...
In 2011, the example that breakwaters collapsed because of the basic ground’s destabilization was re...
In 2011, Tohoku-Kanto earthquake tsunami caused serious damage to the port and coastal structures su...
This paper presents a stabilized incompressible smoothed particle hydrodynamics (ISPH) method to sim...
AbstractMany breakwaters were damaged due to tsunami actions in Tohoku earthquake in 2011. The local...
Graduation date: 2017Access restricted to the OSU Community, at author's request, from April 13, 201...
Failure of a breakwater during tsunami causes extensive damages to the human lives and properties. T...
The soil particle movement under seepage flow is one of the predominant mechanisms responsible for i...
In the 2011 off the Pacific Coast of Tohoku Earthquake, massive tsunami caused serious damage to coa...
* Corresponding author radianta@ugm.ac.id ABSTRACT Local scour due to tsunami is damaging especial...
A particulate model is developed to analyze the effects of steady state and transient seepage of wat...
Silty sand is a kind of typical marine sediment that is widely distributed in the offshore areas of ...
Appropriate seawalls can protect landside from tsunami inundation. But, in a case that a coastal ind...
On Friday, 11 March 2011, the most powerful earthquake induced tsunami ever recorded attacked the no...
AbstractSuffusion describes the phenomenon whereby finer particles are eroded through the voids of c...
The extensive research on the influence of sea dike geometry on tsunami-induced scour indicates the ...