4.500 4.270 introduction to shape grammars rapid prototyping · laser cutter 8. assembly methods...

13
4.204 Architecture in Motion 4.207 Formal Design Knowledge and Programmed Constructs 4.270 Introduction to Shape Grammars 4.500 Rapid Prototyping Design Descriptions for Digital Fabrication Design and Computation Courses Di es Rapi Important thing ow Di es Rapi gital Fabrication Devic d Prototyping – Desktop Devices s to kn CAD CAM – Large Machinery gital Fabrication Devic d Prototyping – Desktop Devices 1 Images removed due to copyright reasons.

Upload: others

Post on 19-Jul-2020

1 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

4.204 Architecture in Motion

4.207 Formal Design Knowledge and Programmed Constructs

4.270 Introduction to Shape Grammars4.500

Rapid Prototyping

Design Descriptions for Digital Fabrication

Design and Computation Courses

Di

es

Rapi

Important thing ow

Di

es

Rapi

gital Fabrication

Devic

d Prototyping – Desktop Devices

s to kn

CAD CAM – Large Machinery

gital Fabrication

Devic

d Prototyping – Desktop Devices

1

Images removed due to copyright reasons.

Page 2: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

i

[1]

Taxonomy of Design Devices

Histor cal & Theoretical Overview

Various Devices

Objects

Building Devices

rror

Powe

rror

mer Vat

Lase urce

Models

Vat

Mi

r Supply

Mi

Table & Poly

Stereolithography r So

Table

2

Page 3: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

Mirror

Laser Source

Skimming Knife

Table & Model

Vat of Polymer

3

Page 4: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

ZCORP 3D Printer

MIT –Licensed Process

Cornstarch Plaster Ceramics

Build

Slow Axis

Feed

Overflow

Binder and Head

Build

Slow Axis Roller

Feed

4

Page 5: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

5

Open Spaces

Plaster

Wax

Plaster

-3D Printer Advantages- Speed

- Self Supporting

- Low Cost

Page 6: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

Material

Support

Head

Envelope

Fuse Deposition Modeling

Temperature Gauges

Control Board

Envelope

Z Table

6

Images removed due to copyright reasons.

Page 7: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

z

Head

Support

Material

Material

Support Base

Heating Elements

Tips

Drive Wheels

Filament

ABS Material .010

ABS Support Base .010

7

Page 8: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

Laser

Mirror

Optical Head

Laser cut paper

Laminated Object Manufacturing

Heated Roller

Feeder

z

Building Devices

Stereo Lithography (STL) 1986 – Charles Hull and 3M Systems

Fuse Deposition Modeling (FDM) Stratasys

3D Printing ZCORP 3D Systems Solid Scape

Laminated Object Manufacturing (LOM) 2001 - Gone

Selective Laser Sintering (SLS)

Carl Deckard 1989

Pro Metal Systems MIT-Licensed

Solid Ground Curing

[2]

Cutting Devices

Laser Cutter

8

Page 9: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

Assembly Methods

Assembly of Building Components using digital devices

Incorporate the natural features of CAM

Precise cuts

Control of tolerance

Variations in cutting and or build

Methods

Build in 3 dimensions

Fabricate in 2 dimensions

9

Page 10: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

10

Page 11: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

CAMM Paper Cutter

11

Page 12: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

[3]

Milling

12

Page 13: 4.500 4.270 Introduction to Shape Grammars Rapid Prototyping · Laser Cutter 8. Assembly Methods Assembly of Building Components using digital devices Incorporate the natural features

1.

2.

3.

Taxonomy of RP Devices

Building Devices

Cutting Devices

Drilling Devices

13