Non-breaking tsunami waves run-up on steep slopes can cause severe damages to coastal structures. The estimation of the wave run-up rate caused by tsunami waves are important to understand the performance and safety issues of the breakwater in practice. In this paper, an Incompressible Smoothed Particle Hydrodynamics method (ISPH) method was utilized for the 2DV numerical modeling of nonli...

This paper considers the influence of hydrodynamic processes in movement free surface liquid partially filled tractor tanks. Splashing containers is a significant problem study functional stability marine, aerospace, rail, and automotive industries. After all, it affects productivity traffic safety. The same effect was observed when performing transportation work while delivering cargoes agricu...

3D geometry has become increasingly popular as a new form of digital media. Similar to other types of media data, i.e., sound, images, and video, this requires tools to acquire, store, process, edit, and transmit 3D geometry. With increasing complexity of 3D geometric models and growing demand for advanced modeling functionality, significant effort is being devoted to the design of efficient, r...

Occurrence of laminar separation bubbles on solid walls of an elliptic cylinder has been simulated using a recently developed transitional model for boundary layer flows. Computational method is based on the solution of the Reynolds averaged Navier-Stokes (RANS) equations and the eddy-viscosity concept. Transitional model tries to simulate streamwise fluctuations, induced by freestream turbulen...

In this paper, we present our research on dialog dependent language modeling. In accordance with a speech (or sentence) production model in a discourse we split language modeling into two components; namely, dialog dependent concept modeling and syntactic modeling. The concept model is conditioned on the last question prompted by the dialog system and it is structured using n-grams. The syntact...