Process Flashcards

1
Q

Manufacturing Processes is broken down into two parts, what are they?

A

Processing Operations and Assembly Process

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2
Q

Processing Operations is broken down into three parts, what are they?

A

Shaping Operation, Surface Processing, and Property Enhancement

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3
Q

What are some Shaping Operations?

A

Casting,
Additive manufacturing
Material removal (Subtractive manufacturing)
Powder metallurgy
Deformation

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4
Q

What is Property Enhancement

A

Heat treatment

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5
Q

Examples of heat treatment include?

A

-hardening of steel by quenching
-precipitation hardening of aluminum
-annealing (slowly cooling) taking back to begin
-tempering

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6
Q

What are the three parts of Surface Processing?

A

-Coating & film deposition
-Cleaning Operation
-Surface Property Enhancement

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7
Q

What are some examples of Coating & Film Deposition?

A

-eg painting
-ceramic deposition
-electroplating

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8
Q

What are some examples of Surface Property Enhancement?

A

-Shot peening
-Sand Blasting
-Ion implantation

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9
Q

What is Shot Peening?

A

A cold work process used to impart compressive residual stresses onto the surface of a component (results in modified mechanical properties) The process is used to add strength and reduce the stress profile of components.

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10
Q

How does Shot Peening work?

A

Shot peening works by striking a surface with a shot (round metallic, glass or ceramic particle) with enough force to generate plastic deformation. When a group of shots impact the surface they generate multiple indentations, resulting in the component being encased by a compressive stressed layer on the metal surface

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11
Q

What is Sandblasting?

A

Involves using air pressure to force small, abrasive particles at a surface at high speed to clean it or change its texture. The process used to involve using sand.

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12
Q

What is Ion implantation?

A

Is a low-temperature process by which ions of one element are accelerated into a solid target, thereby changing the physical, chemical, or electrical properties of the target. Ion implantation is used in semiconductor device fabrication and in metal finishing

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13
Q

What is an example(s) of Material Removal (subtractive manufacturing)?

A

-Milling
-Sawing
-Drilling
-Boring
-Grinding

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14
Q

What is an example(s) of Industrial Cleaning?

A

-Sand Blasting
-Pressure washing

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15
Q

What is an example(s) of Surface Modification?

A

-Laser cladding
-shot peening
-Sandblasting

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16
Q

What is an example(s) of Metal deformation?

A

-Rolling
-Bending
-Drawing
-Forging

17
Q

What is an example(s) of Additive Manufacturing?

A

-3D printing

18
Q

What is carburization?

A

Carburization is a process that involves taking a low-carbon steel and transforming it into a high-carbon steel. (hardens the exterior of metal pieces)

19
Q

What is the process of carburization?

A

The four types of carburization are: Vaccum, liquid, pack, and gas

-The Vaccum process uses steel alloys that are put into an oxygen-free, low-pressure environment, and then a gas (most common hydrogen) is pumped into the space making carbon molecules attach to the alloy

-The Liquid process uses a liquid vat filled with a mixture of cyanide and salt. When the alloy is submerged it comes in contact with carbon molecules and diffuses into the alley.

-The Pack process uses a furnace. Steel is placed into a furnace with high-carbon items (carbon powder) the furnace is heated with carbon monoxide causing the carbon to be pulled from the surface of the carbon-dense items. When the carbon molecules aren’t attached they diffuse into the surface of the steel.

-The Gas process also uses a furnace and carbon monoxide but doesn’t need carbon-dense items, because carbon monoxide is continuously pumped into an enclosed environment. The high temperature allows the carbon molecules to diffuse into the steel items being hard-cased.

20
Q

What are the advantages of carburization?

A

The advantages are that it is inexpensive, results give a very hard exterior and the interior is soft so its easier to manipulate.

21
Q

What are the advantages of Shot Peening?

A

It improves strength and fatigue resistance. The process is also inexpensive and quality controls to ensure effectiveness. Also, the equipment is readily available.