Arch3590 sp13 final_boards_sample
Transcript of Arch3590 sp13 final_boards_sample
ARCH3590 INTRO TO COMPFABDATA-BASED PARAMETRIC PANELIZATIONSTUDENT:INSTRUCTORS: ZACH DOWNEY & ANNE LEONHARDT WITH BRIAN RINGLEY
developable panel concept responsive condition development: minimum - average - maximum effect
DIVA irradiation analysisexample body text
responsive panelizationexample body text
unrolling surfacesexample body text
sheet layoutsexample body text
part labelingexample body text
assemblyexample body text
PANEL DESIGN
PANELIZATION OF NEW FACADE SURFACE
FABRICATION METHODS
ARCH3590 INTRO TO COMPFABIMAGE-BASED 3 AXIS CNC TOOLPATHINGSTUDENT:INSTRUCTORS: ZACH DOWNEY & ANNE LEONHARDT WITH BRIAN RINGLEY
parallel finish45deg - 0.375” ball - 75% stepxxxmin
parallel finish
parallel finish45deg - 0.250” ball - 50% stepxxxmin
parallel finish (w-collision)45deg - 0.125” ball - 25% stepxxxmin
valley remachine vertical wall profile finish
SURFACE DESIGN & PRE-CAM ANALYSIS
FINISH TOOLPATH SETTINGS COMPARISON
FINAL FINISH TOOLPATH STRATEGY
draft angleanalysisexample body text
minimum radiusanalysisexample body text
image-sampledsurface resultexample body text
ARCH3590 INTRO TO COMPFABLOLLIPOP CNC TOOLPATH PATTERNINGSTUDENT:INSTRUCTORS: ZACH DOWNEY & ANNE LEONHARDT WITH BRIAN RINGLEY
control point divisions: U(13)V(10)
PATTERNING USING SURFACE CONTROL POINTS
control point divisions: U(50)V(50) control point divisions: U(100)V(100)
resulting stock model: U(13)V(10) resulting stock model: U(50)V(50) resulting stock model: U(100)V(100)
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OTHER PATTERNING TECHNIQUES
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