Mapa mental
Organic material in engineering

Contenido del mapa
Organic material in engineering
Types
- Natural
- Animal
- DNA
- Collagen
- Skin
- Silk
- Hair
- Vegetable
- Cautchouc
- Collagen
- Rubber
- Celullose
- Wood
- Non artificial polymer
- Animal
- Synthetic
- Derived from petroleoum and oil
- Made in laboratory
- examples
- Teflon
- Nylon
- PVC
- Any molecule cab be polimerized
- Natural
Polymers
- Long Chains of molecules
- Diference with other materials
- When heat and cool
- Don´t obtain the same polymer
- When heat and cool
- Have different properties
- depends
- molecule
- type of bond
- depends
Melting Point
- Thermoplastic
- Melt when recives heat
- Becomes moldable when is heated
- Solidifies whith cooling
- Examples
- PE
- Thermosets
- Is irreversibly harder from a soft or liquid polymer
- Dont melt when it recives heat
- Examples
- Epoxi resin
- Polyester resin
- Thermoplastic
Engineering Use
- Chemical resistance
- Advantages
- Low cost
- Low weight
- High strength
- Resistance
- Elasticity
- Ductility
- Limitations
- Limited to reuse
- Thermal descomposition
Reinforced composites
- Polimer filled with
- Nanomaterials
- Nanotubes
- Pouder ceramics
- Fibers
- Metal
- Glass
- Ceramic
- Others
- PVC
- Concrete
- Nanomaterials
- Improve mechanical properties of the composites
- Polymer filled to
- Any other material
- Other polymers
- Polimer filled with
Stiffness cristalinity
- Lamella
- WHen the Chains fold toguether
- Composed by
- Spherulites
- Spherical semicrystalline regions
- Spherulites
- Cause
- Van der Walls Forces
- Non/ Low
- Weakness
- Soft
- Rubbery
- Ductil
- High
- Atraction
- Rigid
- Strong
- Non/ Low
- Van der Walls Forces
- Lamella
Nature
- Long life time
- The element use is not repair, instead is changed
- No biodegradation
- Long life time
Imágenes y archivos del mapa
Información
- Descripción
- Mapa Mental sobre Organic material in engineering, creado por Thomas Alzate el 14/04/2020.
- Creado por
- Thomas Alzate
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