The development of the shipbuilding industry leads to new requirements for the safety of ships. Stress hot spots are recorded on every floating structure and they influence nega-tively the hull strength. This analysis identifies the stress hot spots and the influence of the meshing size on their values for a 97235 tdw oil tanker, using the Femap/NX Nastran program. Structurally, two constructive options were considered for the central longitudi-nal bulkhead: corrugated and flat panels. The detailed local structural model is devel-oped for three mesh sizes: coarse, medium, and fine. Quad and triangle shell elements are used for the FEM local models
The paper deals with the analysis of reliability and safety of a welded tank for the storage of oil,...
Metallic tanks are widely used for the transportation of dangerous goods. Manufacturers utilize stan...
The hull is the most important structural part of any maritime vessel. It must be adequately designe...
The analysis has the purpose to determine the stresses that will occur in the structure un-der unfav...
The goal of this thesis is to see the influence of the hull form on the distribution of the shear st...
This paper presents the work carried out to assess the structural calculation of a tanker ship in in...
The purpose of the calculations described in the paper is to analyse the structural behaviour of a G...
One of the most frequent damage cause for bulk carrier ships is represented by high stress concentra...
ABSTRACTThis study introduces a fatigue assessment procedure using mesh-insensitive structural stres...
Includes bibliographical references.This dissertation covers the application of finite element analy...
Ultra Large Container Ships (ULCS) have relatively lower torsional stiffness and higher speed, compa...
This paper presents modelling and Finite Element Analysis (FEA) simulation studies on the reconstruc...
Very large container ships are rather fl exible due to the large deck openings. Therefore, hydroelas...
Two of the most important contributions to ship structure analysis have been the finite element meth...
A procedure for strength assessment of a ship structure partially grounded in mud is developed. The ...
The paper deals with the analysis of reliability and safety of a welded tank for the storage of oil,...
Metallic tanks are widely used for the transportation of dangerous goods. Manufacturers utilize stan...
The hull is the most important structural part of any maritime vessel. It must be adequately designe...
The analysis has the purpose to determine the stresses that will occur in the structure un-der unfav...
The goal of this thesis is to see the influence of the hull form on the distribution of the shear st...
This paper presents the work carried out to assess the structural calculation of a tanker ship in in...
The purpose of the calculations described in the paper is to analyse the structural behaviour of a G...
One of the most frequent damage cause for bulk carrier ships is represented by high stress concentra...
ABSTRACTThis study introduces a fatigue assessment procedure using mesh-insensitive structural stres...
Includes bibliographical references.This dissertation covers the application of finite element analy...
Ultra Large Container Ships (ULCS) have relatively lower torsional stiffness and higher speed, compa...
This paper presents modelling and Finite Element Analysis (FEA) simulation studies on the reconstruc...
Very large container ships are rather fl exible due to the large deck openings. Therefore, hydroelas...
Two of the most important contributions to ship structure analysis have been the finite element meth...
A procedure for strength assessment of a ship structure partially grounded in mud is developed. The ...
The paper deals with the analysis of reliability and safety of a welded tank for the storage of oil,...
Metallic tanks are widely used for the transportation of dangerous goods. Manufacturers utilize stan...
The hull is the most important structural part of any maritime vessel. It must be adequately designe...