-
136.
This video demonstrates how to put together our assembly template files
in the
CAD
lab for use throughout the quarter.
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137.
This video demonstrates the techniques used in the modeling of a simple
bevel
gear set, inserting them into an assembly and using the Gear Mate to simulate
gear
motion. The parts that represent the gears are basic "friction wheels'
whose
pitch
diameters are defined as a circular sketch in the middle of each of the
bevel
gear
surfaces. The Revolve Boss/Base feature is used to create the gears.
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138.
This video demonstrate the techniques used in the modeling of a simple
spur
gear set, inserting them into an assembly and using the Gear Mate to simulate
gear
motion. The parts that represent the gears are basic "friction wheels'
whose
pitch
diameters are represented by each of the gear exterior edges.
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to the top
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139.
This video describes the various options used when using the Helix Curve
Feature
in the modeling of a spring including the "Pitch and Revolution",
"Height
and Revolution", "Height and Pitch" and the"Spiral Option".
It
also discusses some of the options and problems that you may encounter.
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140.
This video describes how to fix some problems defining the "Spiral" option
in
the
Helix. It also describes a different option without the helix using options
in the
Swept
Boss/Base using three sketches.
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141.
This video adds some additional details to the Spring then describes how
to
insert
it into an existing assembly using an "In Context" sketch relation on one
of the
Spring
Sketch entities. This relation allows the Spring to interact with related
motion
in
the assembly. Back to the top
-
142.
This video demonstrates the various options for using the convenient
"Pack
and Go" file save option when sending various assembly and drawing files.
Back
to the top
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143
and 175. This video demonstrates a technique for assembling chain links
together,
in conjunction with 2 sprockets in an Assembly. The chain segments
move
along a path emulating interaction with the 2 sprockets resulting in
expected
inter-sprocket movement. The Path Mate along with mating the
2
front planes together were used to define these parts in the assembly.
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-
176.
This video demonstrates more on the technique for assembling chain links
together,
in conjunction with 2 sprockets in an Assembly. This is a follow up to
the
previous video with an attempt at providing help for a student regarding
the
motion
of the chain around the sprockets.
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to the top
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144.
These videos demonstrate assembly techniques in a basic model involving
machine
type motion. This video demonstrates how to start an assembly and
different
methods on inserting various components. This video also demonstrates
the
use of Smart Mates, the Width Mate plus other mates in an Assembly.
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-
145.
This video demonstrates how to start an assembly and different methods
on
inserting
various components. This video also demonstrates the use of Smart Mates,
the
Width Mate plus other mates in an Assembly.
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to the top
-
146.
Once the assembly is together this video demonstrates how to insert
components
from the SolidWorks Toolbox like screws, washers and nuts.
This
video also demonstrates how to also use Edit Component within an
assembly
to modify a part. Back to the top
-
147.
Once the assembly is together along with Toolbox items this video
demonstrates
how to create an Exploded View Configuration and how to insert
and
modify Explode Line Sketches.
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148.
With the Exploded View and Explode Line Sketch in place you can use
some
display and view options to toggle between the 2 views. This video
demonstrates
how to animate the collapse and the exploding of the assembly.
It
also demonstrates options with the Animation Controller and how to rename
and
reorder some of the exploded steps.
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