172 SolidWorks Sheet Metal Tutorial: LOFTED-BEND; work cases; bent; types; formed loft example Video Lecture | SolidWorks: Essential Training (All Commands included) - IT & Software

welcome to tutorial number 172 today we
will talk about another command for
creating sheet with that part in this
tutorial we will talk about the elastic
band command which we see over there we
will have follow the cases where the
orchid brain can walk and when it can't
walk and then we'll have a look at the
main two types of they looked at been
been lofted bed and for my loft in them
and see the types under the band lofted
bed which part short terrorist number of
bands signaling singing tangle and see
the difference between then see which
that will fit your requirement
the shinta looked at then is forms
similar to the solid features lofted
post unlocked it cut some major
differences then if you hover over
developed it then you will see that they
looked a bit and sheet metal works
between poly two sketches so let's start
making two sketches
let's make on the top plan a circuit can
give it a dimension of 100 make another
sketch another plane let's make a plan
power to to play with the distance of
200 click OK
and draw the center rectangle
give it dimension 175 to make this
dungeon to the circuit
so here we have two profiles or two
sketches beside this plan so in the
original block did been or looked at
both these two profiles will work also
and the surfaces loft as with the gossip
between two circle two sketches will
work but in the ship with that as we
knew before that we should have a gap
mostly for bending gap for welding gap
so let's first try to see we have click
on the lock tab and you have been
informed
but first let's try to slip this sketch
you will notice that you are not able to
select any of these sketches so exit
from the rotate bend and let's make
opening gaps in both sketches you did
that sketch
no matter and let's make centerline
pinning gap make this rectangle for
construction you can give it to 25
and then trim the circle for their fixed
point or they're not solidified except
and the same thing in the second sketch
make you can convert entity or again a
great similar to Canyon and trim the
entity
you okay
so now the sheet metal of the bill
supposed to war but you'll notice later
that it will not walk probably for one
reason we will talk about it select
looked at them now select that sketch
you notice that you are able to select
that sketch isolate the second sketch
you see it walk it but if you over for
human you see their speaker over there
and the band is not fully covering that
cap ok to see clearly you see there is
get over there
shoot the reason for that that you need
to have pending witness mistake Oh a
sharp angle 90 degree angle so delete
that looked at them go to sketch to edit
normal to and add bending radius uniform
of Philips so let's make it ten
millimeter click OK except from the
sketch let's try now to use the lock tab
and select press sketch and the second
scale and you notice there that you got
the lock being fully working here in the
first options you have been informed
this first click on the form you will
get just a very simple of the short
lines for angles and we will have
another example about later in this
tutorial and let's discuss the first
shell belt and if you were down the
profiles which will be selected schedule
and schedule and here are the pasting
options so depending on the
manufacturing method which is going to
be used to produce this cone or dot here
are the options both depending on the
shape wanted so the easiest way to know
that that was between these flow types
is up looking at the figure over there
so the Tortelli runs is the distance
between the next distance between the
linear segment and the art to show this
segment and the art let's accept from
this two month and flatten
and if you notice over there there is
straight lines or segments instead of
arcs it is clear over there and this and
a flattened and go back to look at them
did go to the code clearance and we can
decrease or increase the volume to five
so it will be clear to see the Seidman
the code are over there so the maximum
distance it is four millimeter between
over there the Sigma and the second one
is according to the number of Bin's
so it is almost clear so depending from
the number Ten's
you have here four corners you can
decide number of being each corner for
example now we have two pins which
represent this one over there the human
who is you can notice increased also you
can change the type of Bin's each corner
by selecting the dot over there so if
you click on the dot and let's see the
number of bends and this type it you
will see that the number of Bin's
our gets over there and it's applied on
that corner and let's go to the next
corner and try to apply a different type
and this time let's select the segment
length which we showed you before click
on signaling
it is here five millimeter just click
okay and the signal you can see it if we
let them depart this flat then I'm here
you'll notice the maximum distance is
five and had a chunk four point seven
I think depending radiuses so it will be
gone as far so the five representing the
maximum value except and let's go to the
angle between depending glance it that
they love to bend again and move to the
next corner
unless this time select the signal angle
so this is the angle between the Sigma's
here at the 30 then let's make 40 and
you see and guess what let's make less
10 this clear the angle between the
pending drives increasing and decreasing
but changing the angle value
so now this is very lot of the times
good practice would be is to
differentiate between them and the rest
of the options we already talked it
about the thickness of the sheet metal
and then Gradius all done click OK
you
now we will have another example where
we can use the lifted Bend with deformed
type we have the famous example by boy
Alex it is for enternet and here he has
the instructions how to form this part
and as you notice on the second part use
the lifted Ben and if you notice this
ship there is no
ankle or pending segments so that you
used to create this shape is deform it
looked at them that was it will be a
repetition for the unfold the cap and
floor right here is the dimensions are
in inches so we will assume that they
are in millimeters multiplying by 10 so
four inches over there we will assume at
40 millimeter and point one inch we'll
assume it to be one millimeter and so on
for the rest of the dimensions here the
circle is to 20 millimeter let's say and
30 by 15 Phillips so start a new part
and make a second reference plane 40
millimeter far from the front plane as
you see the weather so features your
France plane and reverse
oops it and make a 40-millimeter click
OK on the friend plan will have circle
with the gap let's make a centerline to
make easier to deal with them so let's
check with the mission of first sketch
you have 20 millimeter diameter and the
gap is 1 millimeter so the radius should
be 10 meter and overall diameter is 20
millimeter and the gap over there 1
millimeter and let's make them symmetric
about centre line so here we have the
first sketch is fully defined except go
to the second plane in sketch normal
tool and here we will need Philips 30
millimeter by 15 millimeter here you can
see torture clips with the cab
so the distance from this point to this
point it's 30 from this point to this
point is 15 let's make this resulta and
the gap 1 millimeter
let's make them as symmetric from
central line
convert into the co-construction
symmetry so now we have the ellipse
fully defined and the second option for
instruction is to use the rest of them
go to lift again cheek meter look at
them and this time we will take the
format type this sketch in this sketch
and the thickness let's make it one two
five and as you notice it is similar to
the shape we saw let me convert it into
pen for this shape you see it didn't
work so let's make it form and the
number of tenth line so we keep it to
the minimum one so make it smooth and
clip okay so here we have the initial
shape for the exercise inside that plan
as you can see it here in the picture so
here we have a similar shape so as I
said that you unfold so as we learn the
three set unfold let's go to the unfold
pick that edge and bodies open and flow
is that body click okay so now here is
the unfold shape to the part so now
let's create the holes we have
we have post three millimeter hole pit
the hole so pick that first start a
sketch normal to this draw circuit three
point one two let's make atom dimension
42.5 tube it'll make it fly and fly over
there we go to feature shortcut click ok
so now we have we have the Hornets you
can make the holes all at once but I
would like to make the holes tangent to
the curve go to feature care driven and
select the care and features is this
fall and we need ten molds and just make
the distance 7.5 and that will be okay
okay and we need as you notice from the
ship we need it on the other side now we
will make a lion Direction line for the
second pattern so we have the face with
an angle we can center line between this
angle make a sketch interface know what
to select
centerline negative angle of seven
degree except from the sketch cleaner
pattern the direction we pick this this
shape 0.58 pattern the features
it's made with distance make it 4/5
click ok now let's unfold 4 fold back
the part could cheat me 10 fold
silly bitch is selecting the body and
here we have the required chip in the
side sketch we compare with the part
over there
you'll notice that we got a similar
shape
you