The paper presents a methodology for designing and optimizing the parameters of reconstructed marine waterways dredged to a certain depth. The reconstruction comes down to a particular deepening and widening of the waterway to permit operation of longer, broader and deeper drawing ships. The methodology, based on a systemic approach to the design and optimization of waterways, uses the method developed at the Marine Traffic Engineering Centre (MTEC), Maritime University of Szczecin and methods of computer simulation. The optimization criterion used is the minimization of the aggregated costs of construction and operation of the waterway and its navigation systems
The main contribution of this thesis is on the study of optimization methods in aft hull design. The...
This master thesis focuses on automated optimization of mooring systems at deep water. The optimizat...
Klimatické zmeny v posledných rokoch významne ovplyvňujú plavbu na vnútrozemských vodných cestách me...
The paper presents a methodology for designing and optimizing the parameters of reconstructed marine...
This paper presents developed optimization methods for sea waterway systems. Objective function of o...
The paper presents the development of a new simulation method to optimize bends in marine waterways....
This paper presents a simulation method for identifying optimal parameters for turning basins on wat...
The article presents two general models of optimisation of waterway parameters as well as a number o...
Increasing transport volumes on Europe's inland waterways is a major reason for improving the qualit...
The article presents two general models of optimisation of waterway parameters as well as a number o...
The present market places significant cost pressure on the design of a mooring system. It is there- ...
W artykule przedstawiono dwie metody, opracowane w Instytucie Inżynierii Ruchu Morskiego, oparte na ...
Port water area is described by horizontal and vertical dimensions, that are designed to service of ...
The paper presents complex method of water areas optimisation withconsideration of navigational safe...
ABSTRACT: Constantza Maritime University had won a two year research grant, financed by the Romanian...
The main contribution of this thesis is on the study of optimization methods in aft hull design. The...
This master thesis focuses on automated optimization of mooring systems at deep water. The optimizat...
Klimatické zmeny v posledných rokoch významne ovplyvňujú plavbu na vnútrozemských vodných cestách me...
The paper presents a methodology for designing and optimizing the parameters of reconstructed marine...
This paper presents developed optimization methods for sea waterway systems. Objective function of o...
The paper presents the development of a new simulation method to optimize bends in marine waterways....
This paper presents a simulation method for identifying optimal parameters for turning basins on wat...
The article presents two general models of optimisation of waterway parameters as well as a number o...
Increasing transport volumes on Europe's inland waterways is a major reason for improving the qualit...
The article presents two general models of optimisation of waterway parameters as well as a number o...
The present market places significant cost pressure on the design of a mooring system. It is there- ...
W artykule przedstawiono dwie metody, opracowane w Instytucie Inżynierii Ruchu Morskiego, oparte na ...
Port water area is described by horizontal and vertical dimensions, that are designed to service of ...
The paper presents complex method of water areas optimisation withconsideration of navigational safe...
ABSTRACT: Constantza Maritime University had won a two year research grant, financed by the Romanian...
The main contribution of this thesis is on the study of optimization methods in aft hull design. The...
This master thesis focuses on automated optimization of mooring systems at deep water. The optimizat...
Klimatické zmeny v posledných rokoch významne ovplyvňujú plavbu na vnútrozemských vodných cestách me...