dan holm alfgam optimering conventional c-frame optimization of an aligned c-frame (acf350x350)
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Dan HolmALFGAM Optimering
Conventional C-frame
Optimization of an aligned C-frame (ACF350x350)
Dan HolmALFGAM Optimering
Optimization of an aligned C-frame (ACF350x350)
misalignment
die
mov
emen
t
angular error
Dan HolmALFGAM Optimering
Optimization of an aligned C-frame (ACF350x350)
misalignment
die
mov
emen
t
angular error
Optimization formulation
Objective function:minimize die movementConstraints:misalignment < 0.1 mmangular error < 0.3°weight < 50 kgstress < 300 MPa (infinite life)Design variables:position of nodes and thicknesses of members (40 independent variables)
Dan HolmALFGAM Optimering
Optimization of an aligned C-frame (ACF350x350)
Dan HolmALFGAM Optimering
Optimization of an aligned C-frame (ACF350x350)
Dan HolmALFGAM Optimering
Optimization of an aligned C-frame (ACF350x350)
Dan HolmALFGAM Optimering
Optimization of an aligned C-frame (ACF350x350)
Dan HolmALFGAM Optimering
Optimization of an aligned C-frame (ACF350x350)
Dan HolmALFGAM Optimering
Optimization of an aligned C-frame (ACF350x350)
Dan HolmALFGAM Optimering
Optimization of an aligned C-frame (ACF350x350)
Dan HolmALFGAM Optimering
C-Power technologies AB is holder ACF technology patent worldwide.
Optimization of an aligned C-frame (ACF350x350)
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