… Furthermore, it is easily possible to take deviations in the flange alignment into account. If the
flanges are not parallel, this might … It was therefore a multi-objective optimization problem. …

… The present study investigates the application of three multi-objective optimization … The
insert is fixed on a tool holder (CSBNR25x25M12) by a flange without the use of either a hole or a …

… In the literature, there are many MCDM methods that have been proposed to solve multi-objective
optimization problems [24]. We cite some examples: the ARAS, TOPSIS, MOORA, …

… gradually optimizing the processing parameters through efficient multi-objective optimization
… of minimizing wall thickness reduction, reducing flange wrinkling and maximizing forming …

… The lid is connected to the canister body by bolted flange … , multi-objective optimization is
tended to produce an optimal … Evolutionary multi-objective optimization (EMO) algorithms has …

… residual stresses in austenitic stainless steel 304. Jones et al. (… obtain the optimal outputs,
and multi-objective optimization is … flange metal is not restrained, wrinkling of the flange metal …

… Finally, a multi-objective optimization technique is proposed which is on particle swarm to
find a trade-off point between “processing time” and “energy efficiency” under technological …

… as a multi-objective optimization with spatially distributed … properties in three ferritic stainless
steel alloys by carrying out … absolute strain of the flanged sheet metal should not exceed a …

… A multi-objective optimization process can be integrated into … , which is made of an austenitic
stainless steel (Grade 309), … width and thickness of the flange in compression, respectively…

… as cross-sectional height, flange thickness, and web … optimized by the multi-objective
optimization method based on NSGA-II algorithm. Finally, the experiment by assuming the optimal …