Description of A
dditional S
upplementary Files
File Na
me:
Supplementary M
ovie 1
Description:
This m
ovie c
ontains an
imated e
xamples of directionally c
ompliant metamate
rial (DCM)
applications t
hat r
equire d
emanding shape r
equirements.
File Na
me:
Supplementary M
ovie 2
Description:
This m
ovie an
imates t
he s
teps o
f the
fre
edom an
d c
onstraint topologies (
FACT)
approach n
ecessary t
o d
esign a directionally compliant m
etamaterial (DCM) t
hat achieves a single
screw d
egree o
f fre
edom (
DOF). I
t als
o p
rovides a video of an in s
itu s
canning e
lectron m
icroscope
(SEM) c
ompression t
est performed o
n a microfabricated v
ersion o
f the screw DCM designed. 3
File Na
me:
Supplementary M
ovie 3
Description:
This m
ovie an
imates t
he s
teps o
f the
fre
edom an
d c
onstraint topologies (
FACT)
approach n
ecessary t
o d
esign t
hree d
irectionally c
ompliant m
etamaterial (
DCM) examples
—a single
degree-
of -freedom (DOF) e
xample, a multi-
DOF
example, an
d a multi
-DOF e
xample w
ith a fre
edom
space t
hat lin
ks to a constraint s
pace that is a cell space.
File Na
me:
Supplementary M
ovie 4
Description:
This m
ovie p
rovides a real
-time demo of the a
utomated d
esign t
ool provided i
n
Supplementary S
oftware. I
t als
o p
rovides an
imations of complex d
irectionally c
ompliant
metamaterial
(DCM) d
esigns g
enerated u
sing th
e tool.
File Na
me
:
Supplementary M
ovie 5
Description:
This movie provides examples that demonstrate the principle that a directionally
compliant metamaterial’s (DCM’s) bulk shape and architecture equally affect its DOFs.
File Name:
Supplementary Software
Description:
The automated design tool consists of three MATLAB files. The master file,
MaterialDesignGUI.m, contains the design tool’s functions. The file, MaterialDesignGUI.fig, contains
the content necessary to launch the graphical user interface (GUI). The file, images.mat, contains
various images required for the GUI. Please click on the following link or paste the universal
resource locator (URL) directly into a browser to download the three required files. Once they have
been downloaded, put them all into the same folder on your computer and click on the
MaterialDesignGUI.m file to open it with MATLAB. Once the file is open, run it to launch the tool.
[https://github.com/jonathanbhopkins/Computationally-Efficient-Design-of-Directionally-
Compliant-Metamaterials.git]