… The results show that there is an optimal range of the … of the vibration energy, the flange is
set at the displacement node … slide plate in the position of the flange. In this way, the machining …

… Multi-objective optimization of a magnetic circuit for magnetic … of recrystallized austenite in
a low carbon microalloyed steel … The results showed that the cooling rates at top and flange …

… Austenitic (304) stainless steel sheet material was used in the … formulated as a multi-objective
optimization problem, and … Only minor wrinkles were observed in the flange region of the …

… Single or multi-objective optimisation … flanges with welded joints, in a steam turbine power
plant, an ANN model was developed to estimate the creep rupture strength of ferritic steel weld …

… that despite the fact that austenite stainless steel (316LN) is … Furthermore, multiobjective
optimization was done by using … as elbows or flanges, thus, carbon steel dominate the major …

… liquid metal velocity using Pareto front based multi-objective … as the elimination of flanges
by consolidating geometry of an … -4 stainless steel alloy (martensitic stainless steel containing …

… This work should be aimed at the optimisation of flow passage … on ferritic steels NF616
and HCM12A, austenitic alloys IN … flanges and headers to the diffusion-bonded assembly. …

… forming (EHF) of austenitic stainless steel AISI 304 of 0.25 mm … locations from the bottom
of the flange to the apex of the truncated … studied in the multi-objective optimization process. …

… and multi-objective genetic algorithm to specify the optimized … of the flange is 200 mm; the
height of the web is 100 mm. Both the flange and web were cleaned with a fresh stainless steel …

… [7] investigated on laser welding of martensitic stainless steels … optimized and modeled
spot welding parameters with simultaneous multiple response consideration using multi-objective …