The sudden change in the load carrying capacityunder compresive loading, called buckling,may cause catastrophic failures. Therefore, determination of the first buckling and collapse loads of structural elements is essentialin preliminary design stages. Finite element (FE)analyses and structural testing are used to determine buckling characteristics of a structural element. However, in early design stages, FE analyses are time consuming and structural testing is costly. In this study, an artificial neural network tool(ANN)is used to reduce computational effort to determine buckling loads of integrally stiffened structural panels in early design stages. Reuslts of FE analyses are employed to train the ANN. Moreover, ...
This paper aims to propose an Artificial Neural Network (ANN) model that predicts accurately web-pos...
The study reported in this paper employed Artificial Neural Networks (ANN) to predict the critical f...
The analysis of perforated steel members is a 3D problem in nature, therefore the traditional analyt...
The ongoing demand for bigger and more efficient ships pushes their designs towards the strength lim...
Stiffened panels are commonly used in aircraft structures in order to resist high compression and sh...
Accurate measurement of the critical buckling stress is crucial in the entire field of structural en...
The composite hat-stiffened panel is a typical structure that embodies the concepts of high strength...
Composite hat-stiffened panels are typical composite structures that embody the concept of high stre...
In this research project, an attempt is made to fuse the fields of structural mechanics and machine ...
The design process of thin-walled structural members is highly complex due to the possible occurrenc...
Designing stiffened panels requires evaluating reliability of these structures with regards to the c...
Designing thin-walled structural members is a complex process due to the possibility of multiple ins...
The aim of this paper is to predict web-post buckling shear strength of cellular beams made from nor...
This paper presents a survey on the development and use of Artificial Neural Network (ANN) models in...
WOS: 000276433500002Elastic buckling load of perforated steel plates is typically predicted using th...
This paper aims to propose an Artificial Neural Network (ANN) model that predicts accurately web-pos...
The study reported in this paper employed Artificial Neural Networks (ANN) to predict the critical f...
The analysis of perforated steel members is a 3D problem in nature, therefore the traditional analyt...
The ongoing demand for bigger and more efficient ships pushes their designs towards the strength lim...
Stiffened panels are commonly used in aircraft structures in order to resist high compression and sh...
Accurate measurement of the critical buckling stress is crucial in the entire field of structural en...
The composite hat-stiffened panel is a typical structure that embodies the concepts of high strength...
Composite hat-stiffened panels are typical composite structures that embody the concept of high stre...
In this research project, an attempt is made to fuse the fields of structural mechanics and machine ...
The design process of thin-walled structural members is highly complex due to the possible occurrenc...
Designing stiffened panels requires evaluating reliability of these structures with regards to the c...
Designing thin-walled structural members is a complex process due to the possibility of multiple ins...
The aim of this paper is to predict web-post buckling shear strength of cellular beams made from nor...
This paper presents a survey on the development and use of Artificial Neural Network (ANN) models in...
WOS: 000276433500002Elastic buckling load of perforated steel plates is typically predicted using th...
This paper aims to propose an Artificial Neural Network (ANN) model that predicts accurately web-pos...
The study reported in this paper employed Artificial Neural Networks (ANN) to predict the critical f...
The analysis of perforated steel members is a 3D problem in nature, therefore the traditional analyt...