1. Make a table of the process capabilities of the following advanced machining processes. Use several columns and describe the type of tools and tool materials used, the shapes of blanks and parts produced, the typical minimum and maximum sizes, surface finish, tolerances, power consumption, and MRR. Process EDM Die Sinker Chemical Machining Electro Chemical Machining Stereolithogra phy 3D Printing Tool material/ source Type of workpiece material/ starting material Typical shaped machined/ formed Workpiece size/ workspace area [mm x mm] Surface finish [um] Power consumption [watts] Material removal rate (MRR) /Part Built Time [mm³/min]
1. Make a table of the process capabilities of the following advanced machining processes. Use several columns and describe the type of tools and tool materials used, the shapes of blanks and parts produced, the typical minimum and maximum sizes, surface finish, tolerances, power consumption, and MRR. Process EDM Die Sinker Chemical Machining Electro Chemical Machining Stereolithogra phy 3D Printing Tool material/ source Type of workpiece material/ starting material Typical shaped machined/ formed Workpiece size/ workspace area [mm x mm] Surface finish [um] Power consumption [watts] Material removal rate (MRR) /Part Built Time [mm³/min]
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
Sub: Advanced Manufacturing Process
![1. Make a table of the process capabilities of the following advanced machining processes.
Use several columns and describe the type of tools and tool materials used, the shapes of
blanks and parts produced, the typical minimum and maximum sizes, surface finish,
tolerances, power consumption, and MRR.
Process
EDM Die
Sinker
Chemical
Machining
Electro
Chemical
Machining
Stereolithogra
phy
3D Printing
Tool
material/
source
Type of
workpiece
material/
starting
material
Typical
shaped
machined/
formed
Workpiece
size/
workspace
area
[mm x mm]
Surface
finish [um]
Power
consumption
[watts]
Material
removal rate
(MRR) /Part
Built Time
[mm³/min]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F38cc0c2a-991e-4329-b398-58dc27c80074%2F1557b955-fd7e-4d97-8d21-16374382525a%2Fhhshkn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. Make a table of the process capabilities of the following advanced machining processes.
Use several columns and describe the type of tools and tool materials used, the shapes of
blanks and parts produced, the typical minimum and maximum sizes, surface finish,
tolerances, power consumption, and MRR.
Process
EDM Die
Sinker
Chemical
Machining
Electro
Chemical
Machining
Stereolithogra
phy
3D Printing
Tool
material/
source
Type of
workpiece
material/
starting
material
Typical
shaped
machined/
formed
Workpiece
size/
workspace
area
[mm x mm]
Surface
finish [um]
Power
consumption
[watts]
Material
removal rate
(MRR) /Part
Built Time
[mm³/min]
![2. Based on information answered in Q1, plot the advanced machining process at the
appropriate position in the following graph.
Power consumption [watts]
Example:
EDM
Material removal rate MRR [mm³/min]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F38cc0c2a-991e-4329-b398-58dc27c80074%2F1557b955-fd7e-4d97-8d21-16374382525a%2Fj2n2csr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. Based on information answered in Q1, plot the advanced machining process at the
appropriate position in the following graph.
Power consumption [watts]
Example:
EDM
Material removal rate MRR [mm³/min]
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