Mapa del Sitio
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DESDE 1996
Bv José Javier Díaz 429
(X5016BHE) Córdoba
Argentina
Telefax (+54) (351) 461 7007 (rotativas)
info@tecnoedu.com
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Actividades extra para el ST350 - Materiales y Procesos |
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Además de los 10 prácticos que se incluyen en el manual en Castellano de este equipo,
está disponible un Software Educativo en Inglés con instrucciones, gráficos y animaciones que permiten profundizar la temática abordada:
- Use a thermoplastic injection molder to
change plastic granules into a solid
length of plastic
- Investigate the safety issues
involved with using materials
processing equipment
- Evaluate how the sequencing of
processes can increase productivity
- Mold a plastic token using a
thermoplastic injection molder
- Identify the use of plastic molding
techniques in industry
- Use a multi-part mold to create a
plastic product
- Look at the different stages involved in
the problem solving design loop
- Evaluate the design of a plastic
molded product
- Identify plastics and metals from a
group of sample materials
- Identify the impact strength of various
plastics and metals
- Attach a plastic doorknob to a door
using a temporary fixing
- Take a close look at the redesign section
of the problem solving design loop
- Alter a doorknob design to include
a bolt
- Identify various physical and
mechanical properties of copper
and PVC
- Identify the strengths and hardness of
various plastics and metals
- Mold a plastic doorknob that accepts a
screw fixing
- Test a doorknob design against
design criteria
- Identify the density of various materials
- Calculate strength to weight ratios of
various materials
- Look at how metal fixings are used
in the construction of a computer
floppy disk
- Mold a plastic doorknob to include a
metal fixing
- Evaluate the redesign section of the
problem solving design loop
- Identify the various processing
techniques used in creating a computer
floppy disk
- Produce a plastic model car using a
multi-part mold
- Evaluate how recycled material is used
in industry
- Look at materials and processes used in
an energy efficient house
- Classify different types of plastics by
following descriptions
- Create a safety cap using a smart
mold design
- Identify different types of plastic
- Investigate the use of wood in
industrial situations
- Compare the hardness of plastics
and woods
- Create a plastic extrusion using an
extrusion die
- Cut a sample of plastic and wood to
compare strengths
- Identify the molecular structure of solids,
liquids and gasses
- Identify the use of ceramic and composite
materials in industrial applications
- Test composite and ceramic materials for
heat conductivity
- Identify the difference between thermoset
materials and thermoplastic materials
- Identify the fixed and variable costs
involved in the manufacturing industry
- Compare the savings made by changing
the design of a product
- Complete a problem solving exercise to
reduce the amount of wasted energy in a
virtual energy house
- Create specific length extrusions to
reduce wasted energy and material
- Identify three areas of control in a
manufacturing environment
- Mold a product with a fault in it
- Rectify the problem causing manufacture
of faulty products
- Identify how sequencing automation can
increase productivity
- Evaluate past practical activities
- Carry out the problem solving
design loop
- Identify the finances involved
in manufacturing
- Complete a budget plan for a company
- Follow traditional paper-based
product plans
- Identify the basic techniques used in
computer aided designing
- Identify the differences between CAD,
CADD and CAM
- Adapt a mold design to create
a screwdriver
- Mold a screwdriver using thermoplastics
- Identify where different types of metals
are used
- Problem solve a corn-cob holder design
- Compare the design process model to the
problem solving design loop
- Identify jobs involved in the
primary, secondary and tertiary
sectors of manufacturing
- Identify careers involving materials
and processes
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Equipos Didácticos para la Enseñanza de Electricidad y Electrónica |
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