D3D Fusion Printer Design Process: Difference between revisions

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This document lists D3D Printer Design decisions and reasoning behind them in chronological order.
#REDIRECT [[D3D Printer Design Process]]
The intention is to make the process as debuggable as possible and facilitate later creation of formal documents such as Design Decision Tree and Conceptual Design diagrams.
It follows the [[D3D_Design_Methodology]].
 
= Sources Driving Design Desicions in Priority Order =
#[[D3D_Fusion_printer_design#Higher_Level_Goals]]
#[[D3D_Fusion_printer_design#Desired_Attributes]]
#[[D3D_Fusion_printer_design#Functional_Requirements]]
#[http://reprap.org/wiki/RepRap_Interface_Standard RepRap Interface Standard]
#''The shape of the input determines the shape of the design and tests.''<ref name="htdp" />
 
 
= 3D Printer Signature =
'''Input''': Power, Build material, Supporting surface(s), Instructions
'''Output''': Physical object
 
= Purpose Statement =
A 3D printer is a machine that synthesizes build material into 3D objects according to a series of pre-determined instructions.
 
= Examples =
We will assume that a mains voltage will power the 3D printer, with the constant shape:
[[Image:3_phase_AC_waveform.svg|250px]][[Image:Cable_Cross_Section.svg|300px]]
 
For the build material, we will assume filaments behaving roughly as thermoplastics with the constant shape:
...
 
== Being Creative ==
=== Shape of Inputs ===
 
=== Build Material ===
We expect

Latest revision as of 23:37, 7 January 2016