Robotic Hybrid Manufacturing

Page 54

ALGORITHMIC DESIGN

The Iterative logic preceding design logic is constituted on overlapping circular fields pushing away from each other, leaving behind a trail of polyline perfectly equidistant to each other invariably. On an optical outlook the script resembles a curve growing but these curves are perfectly equidistant from each other, perfect for 3D printing ensuring a perfect printed overlap despite the location in the printed pass. To simply explain the process consider 2 circles overlapping and to push away from each other in the resulting opposite vector. The complexity arises when when the resulting vectors to repel arise from 3 or more overlapping circles, to compute the average move vector for each circle and move each circle according to the average move vector. This iteration repeats indefinitely reducing the overlapping until there is absolutely no overlap. This constitution of no overlap is calculated simultaneously with the finished iterations and with newly added iterations to ensure the script can be used in indefinite growth while ensuring the equidistant spacing in between, eg. 3 circle overlap will recompute if new iterations of i and j are added.

54


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AUTOMOTIVE PROTOTYPING: FOAM+CLAY MODELS

1min
page 92

3D PRINTED MODELS

1min
page 91

MOLDS

1min
page 90

3D PRINTED HOUSES AND PANELS

2min
pages 88-89

3D PRINTED URBAN STRUCTURES

1min
page 87

3D printing could reduce airplane's weight by 4 to 7 percent

1min
page 85

3D PRINT AN ENTIRE ROCKET IN 60 DAYS

1min
page 84

3D printed economy class seat / Mass customisation

1min
page 86

SCANNING: PHOTOGRAMMETRY

0
page 80

TACTILE SCANNING

1min
page 81

APPLICATIONS

0
pages 82-83

CUSTOMISED PATH PLANNING

1min
page 79

AUTOMATED PATH PLANNING BY AI

1min
page 78

HYBRID DESIGN

1min
pages 58-60

PRINTING ON A MOLD : SURFACE COAT3D

6min
pages 64-68

ADDONS

0
pages 75-76

MOLD FABRICATION: Milling

0
page 62

ALGORITHMIC DESIGN

2min
pages 54-55

SENSING

1min
page 77

MOLD FABRICATION: Assembly

0
page 63

GENERATIVE DESIGN

0
page 53

RECYCLED THERMOPLASTICS

3min
pages 39-44

ADDITIVE VS. SUBTRACTIVE

5min
pages 16-18

ROBOT VS. CNC MACHINE

2min
pages 20-21

Introduce as conclusion of robot vs cnc

0
page 22

THERMOPLASTICS

3min
pages 35-38

INTRODUCTION

3min
pages 10-14

HYBRID TOOL

2min
pages 45-48

Physical Properties of FDM

4min
pages 28-30
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