Authors :
Yahya IŞIK; Muhammed DOĞDU
Volume/Issue :
Volume 8 - 2023, Issue 9 - September
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://tinyurl.com/yu5pbrf9
DOI :
https://doi.org/10.5281/zenodo.8394786
Abstract :
The materials commonly used in industry
today are steels and aluminum. In this study, using 6112
DKP steel sheet material and 1050 H14 aluminum sheet
material, the effect of variable parameters on the natural
frequency of the sheets subjected to the press brake
production process was comparatively examined with the
finite element method. Variable parameters for twisted
sheet metal; It is determined as material, sheet thickness,
bending length, bending width, bending angle and
bending radius. Models with variable parameters were
designed in 3D with Solidworks. These models were
determined by using Ansys software using the finite
element method and the effects of variable parameters on
natural frequencies were determined and examined
comparatively with the help of graphics. It has been
determined that 1050 H14 aluminum sheet materials will
resonate at higher frequencies when the model is designed
with the same bending parameters.
Keywords :
6112 DKP Sheet, 1050 H14 Sheet, Modal Analysis, Natural Frequency, Twist Parameters.
The materials commonly used in industry
today are steels and aluminum. In this study, using 6112
DKP steel sheet material and 1050 H14 aluminum sheet
material, the effect of variable parameters on the natural
frequency of the sheets subjected to the press brake
production process was comparatively examined with the
finite element method. Variable parameters for twisted
sheet metal; It is determined as material, sheet thickness,
bending length, bending width, bending angle and
bending radius. Models with variable parameters were
designed in 3D with Solidworks. These models were
determined by using Ansys software using the finite
element method and the effects of variable parameters on
natural frequencies were determined and examined
comparatively with the help of graphics. It has been
determined that 1050 H14 aluminum sheet materials will
resonate at higher frequencies when the model is designed
with the same bending parameters.
Keywords :
6112 DKP Sheet, 1050 H14 Sheet, Modal Analysis, Natural Frequency, Twist Parameters.