Nowadays, the accuracy and fast result-delivery of numerical simulations allow to perform
not simply feasibility and validation tasks but to actually accomplish optimized process …

Tubular metal bellows have wide applications in different industries. They are mainly
manufactured in the open die hydroforming process, which comprises two stages of bulge …

Feasibility study has been performed to estimate the optimized process conditions in warm
tube hydroforming based on the simulated annealing optimization method. Precise …

In this study, the interval optimization method, in which the bounds of uncertain parameters
are only required and knowing their probability distributions are not needed, is introduced to …

The objective of this study is to introduce adaptive support vector regression, whose
accuracy and efficiency are illustrated through a numerical example, to determine the Pareto …

Simulated annealing technique–which has attracted significant attention as being suitable
for combinatorial optimization problems–has been used in many engineering applications …

The requirements related to production and maintenance have increased significantly. An
intelligent surveillance of the machines allows the exploitation of significant optimization …

The focus of presented paper is to find a reliable Pareto front of the loading paths for T-
shape tube hydroforming (THF) process using multi-objective non-probabilistic interval …

A successful tube hydroforming process depends largely on the loading paths for controlling
the relationship between the internal pressure, axial feeding and the counter punch. The …

Tube Hydroforming (THF) process is widely used in the aerospace and automotive
industries. The success of forming tubular components using the THF process generally …