Using Rubber Shapes to Teach Structural Behavior

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Using Rubber Shapes to Teach Structural Behavior

• www.lmprubber.com

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• Rubber shapes can be used to teach structural
  behavior and can reinforce past discussions on
  member behavior.
• These small objects can be used in all types of
  classes, including basic statics, Mechanics of
  Materials, and concrete and steel design.
• The various properties of these structures can be
  demonstrated with rubber shapes, such as their
  elongation, strength, and tensile modulus.
• Students can experience this behavior by holding
  the pieces in their hands.

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• They can be used for various purposes, from
  electrical insulation to insulating materials.
• Depending on the application, these shapes are
  used to prevent electromagnetic interference.
• Due to their high electrical conductivity, they
  can prevent electrostatic discharge.
• They can also be used to teach torsion, where a
  cylindrical shape would be more efficient than a
  rectangular one.
• This feature of rubber shapes makes them useful
  in teaching torsional moments and axial loads.

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• When Rubber Shapes are designed correctly, they
  can be molded into complex geometries.
• This is accomplished by creating a mold for the
  component that contains the shape.
• Often, engineers will also consider the location
  of parting lines and minimum draft angles when
  designing a custom mold.
• Once the mold has been designed, it will need to
  undergo vulcanization to make it stronger.
• They can also be shaped into many different types
  of parts, such as bumpers, seals, and other
  applications.

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• Rubber extrusions are made by pushing the
  material through a die.
• These products are available in various sizes,
  from 1" cuts to 100-foot spools.
• These custom shapes are perfect for sealing and
  gasketing applications.
• They are also available in a variety of
  elastomers, including natural and synthetic
  rubber.
• There are several other advantages to the
  extrusion process.
• They can be supplied in various cuts or in
  continuous forms, such as spools and coils.

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• Thermoplastic elastomers are made of polyolefin
  and are the most widely used type of rubber.
• They are used in car parts and cushioning
  components, and they are highly flexible and
  durable.
• However, synthetic rubbers are more expensive
  than natural rubber, so they can't be recycled.
• The best way to recycle rubber is by using it for
  automotive applications.
• It is an environmentally friendly material and is
  recyclable.

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• As long as it's used for sealing, there are many
  different types of rubber shapes.
• There are sponge-like and dense rubbers.
• These are both excellent for insulating and
  sealing applications, and they are used for all
  kinds of objects.
• While these are the two most common types of
  rubber, there are other types that are more
  specific.
• For example, silicone and foam are both made of
  synthetic rubber.
• These are two types of materials and should be
  used in the same manner to avoid damage.

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• When it comes to custom rubber products,
  manufacturers can find factories that specialize
  in extrusions.
• They have multiple extrusion lines dedicated to
  custom profiles.
• The resulting products are generally shipped
  unprocessed and can be molded into the desired
  shape.
• These products can be vulcanized but are usually
  shipped as-is.
• They are then cut to size and cleared of any
  imperfections.
• For custom rubber extrusions, the market for
  customized profiles is enormous.

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• Rubber extrusions are similar to molded products.
  
• The process involves the force of heated rubber
  in a near-liquid state into a specially designed
  die.
• The material swells based on the chemical
  composition and hardness of the rubber.
• When a part is made of this material, plus/minus
  tolerances must be considered in order to prevent
  distortion.
• These are essential for ensuring the integrity of
  the finished product.
• In addition, a perfect rubber extrusion is a
  durable, reliable rubber product.

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• A rubber mold is used for various purposes, such
  as building and molding.
• Some common uses for rubber are tires, flooring,
  and other applications.
• In the chemical industry, the material is molded
  into all types of shapes.
• A few examples of these products include the
  simplest, cheapest, and most durable products.
• These materials are also highly resistant to
  impact and tearing forces.
• This type of plastic is used in construction and
  is also useful in the construction industry.

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• A rubber extrusion shrinks as it goes through the
  process of vulcanization.
• A Rubber Shape will swell more in its center than
  its outer edges.
• This is a hallmark of a good extrusion and can be
  made into many types of custom-molded products.
• Moreover, the material has many advantages over
  other types of materials.
• For example, a plastic sheet can be fabricated
  into a custom-designed shape with just a few
  simple steps.

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