OSE Design Training: Difference between revisions

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=Specific Topics=
=Specific Topics=
#Build Time Optimization.  How to calculate build time. [[Panel Build Time Calculator]].  
#Collaborative design practice. How and why get a boatload of people on the same doc.
#Collabotative Build Practice. Requires CAD-BOM-Build-Calc as a group. Role allocation. Field role equalization: 10x time compression. Rapid learning for onboarding stakeholdership.
#Build Time Optimization.  How to calculate build time. Overview Calculations: determinacy of house build time. Breaking the [[Iron Triangle]]. [[Panel Build Time Calculator]]. Wall module jigs. 2nd Floor jig. Foundation time and ergonomics- build up vs down, including shallow insulated footer.
#Shafts and Couplers. Removing keyways, replacing with clamping couplers. 3" shaft + 4" half wall square. Loctite or crazy glue on set screws for 3D printers. 8 mm, 1", 2", 3". Axial thrust prevention with double split collars.
#Rebar trusses - [[Rebar Truss Designer]]. Single vs quadruple truss. Truss reinforcement. [[CNC Sawmill]].
#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]
#The limits of materials and cost reduction. 10x steel for [[Tech Recursion]]. 10x out of box via lifetime design, pending  product strategy. Thus, there is 100x reduction. Specifically: melting scrap, recycling plastic. Burning rocks for concrete. Cost of PV. Etc. CEB - [[Cost of CEB]]. Economics of 3D printing - [[3D Printing in Construction]]. Lumber production. [[Strawboard]].
#CEB Controls. Design for low cost scalability with dedicated drawer power cube. Pressing logic with automated calibration. Hardware. Software. Relation to the Universal Controller.


=Design Guides=
=Design Guides=
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#[[Open Source Helical Piers Design Guide]]
#[[Open Source Helical Piers Design Guide]]
#[[Power Cube Design Guide]]
#[[Power Cube Design Guide]]
==OSE Design Guides==
==Collaborative Literacy==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Collaborative Literacy]].
[https://docs.google.com/presentation/d/1R1SGA8eUdRMt4rXVcC8Tv4ZzNoaBkHaNZZOgSoSnPr0/edit#slide=id.g5aaee47d29_1_0 edit]
<html><iframe width="280" height="160" src="https://www.youtube.com/embed/7mv9kBUmNtg" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe></html>
==Frames==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Frames]]
==Universal Axis==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Universal Axis]]
==Motors==
#[[File:check.png]][[OSE Design Manual - Motors]]
==Hydraulics==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Hydraulics]]
==Couplers==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Couplers]]
==Shafts and Bearings==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Shafts and Bearings]]
<html><iframe width="280" height="160" src="https://www.youtube.com/embed/vxENzIWjM5I" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe></html>
==Pulleys, Belts, Sprockets, Screws==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Pulleys, Belts, Sprockets, and Screws]]
==Geardowns==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Geardowns]]
==CNC Machine Design==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - CNC Machine Design]]
Intro to CNC machine design: basic considerations:
<html><iframe width="280" height="160" src="https://www.youtube.com/embed/F8NxsInLXDo?start=3516" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe></html>
==Universal Machine Controller==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Universal Machine Controller]]
==Stepper Motor Controllers==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Stepper Motor Controllers]]
<html><iframe width="280" height="160" src="https://www.youtube.com/embed/qeX5idaePaQ" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe></html>
==Electronics==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Electronics]]
<html><iframe width="280" height="160" src="https://www.youtube.com/embed/JR3Nv8z_aBM?start=37" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe></html>
==Toolpath Generation==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Toolpath Generation]]
<html><iframe width="560" height="315" src="https://www.youtube.com/embed/HSLHail9ZcA" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe></html>
==3D Printer Extruder Design==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - 3D Printer Extruder Design]]
==Heater Elements==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Heater Elements]]
==Force and Torque Calculations==
#[[File:check.png]][[File:check.png]][[OSE Design Manual - Force and Torque Calculations]]
==Structural Calculations==
#[[File:check.png]][[OSE Design Manual - Structural Calculations]]
==Thermal Calculations==
#[[File:check.png]][[OSE Design Manual - Thermal Calculations]]

Latest revision as of 01:39, 1 July 2021

Specific Topics

  1. Collaborative design practice. How and why get a boatload of people on the same doc.
  2. Collabotative Build Practice. Requires CAD-BOM-Build-Calc as a group. Role allocation. Field role equalization: 10x time compression. Rapid learning for onboarding stakeholdership.
  3. Build Time Optimization. How to calculate build time. Overview Calculations: determinacy of house build time. Breaking the Iron Triangle. Panel Build Time Calculator. Wall module jigs. 2nd Floor jig. Foundation time and ergonomics- build up vs down, including shallow insulated footer.
  4. Shafts and Couplers. Removing keyways, replacing with clamping couplers. 3" shaft + 4" half wall square. Loctite or crazy glue on set screws for 3D printers. 8 mm, 1", 2", 3". Axial thrust prevention with double split collars.
  5. Rebar trusses - Rebar Truss Designer. Single vs quadruple truss. Truss reinforcement. CNC Sawmill.
  6. Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [1]
  7. The limits of materials and cost reduction. 10x steel for Tech Recursion. 10x out of box via lifetime design, pending product strategy. Thus, there is 100x reduction. Specifically: melting scrap, recycling plastic. Burning rocks for concrete. Cost of PV. Etc. CEB - Cost of CEB. Economics of 3D printing - 3D Printing in Construction. Lumber production. Strawboard.
  8. CEB Controls. Design for low cost scalability with dedicated drawer power cube. Pressing logic with automated calibration. Hardware. Software. Relation to the Universal Controller.

Design Guides

  1. House Design Guide
  2. 3D Printer Design Guide
  3. Tractor Design Guide
  4. Electrical Design Guide
  5. Collaborative Design Guide
  6. Meta Design Guide
  7. Enterprise Design Guide
  8. Living House Design Guide
  9. Money Design Guide
  10. Electric Motor Design Guide
  11. Open Source Helical Piers Design Guide
  12. Power Cube Design Guide

OSE Design Guides

Collaborative Literacy

  1. Check.pngCheck.pngOSE Design Manual - Collaborative Literacy.

edit

Frames

  1. Check.pngCheck.pngOSE Design Manual - Frames

Universal Axis

  1. Check.pngCheck.pngOSE Design Manual - Universal Axis

Motors

  1. Check.pngOSE Design Manual - Motors

Hydraulics

  1. Check.pngCheck.pngOSE Design Manual - Hydraulics

Couplers

  1. Check.pngCheck.pngOSE Design Manual - Couplers

Shafts and Bearings

  1. Check.pngCheck.pngOSE Design Manual - Shafts and Bearings

Pulleys, Belts, Sprockets, Screws

  1. Check.pngCheck.pngOSE Design Manual - Pulleys, Belts, Sprockets, and Screws

Geardowns

  1. Check.pngCheck.pngOSE Design Manual - Geardowns

CNC Machine Design

  1. Check.pngCheck.pngOSE Design Manual - CNC Machine Design

Intro to CNC machine design: basic considerations:

Universal Machine Controller

  1. Check.pngCheck.pngOSE Design Manual - Universal Machine Controller

Stepper Motor Controllers

  1. Check.pngCheck.pngOSE Design Manual - Stepper Motor Controllers

Electronics

  1. Check.pngCheck.pngOSE Design Manual - Electronics

Toolpath Generation

  1. Check.pngCheck.pngOSE Design Manual - Toolpath Generation


3D Printer Extruder Design

  1. Check.pngCheck.pngOSE Design Manual - 3D Printer Extruder Design

Heater Elements

  1. Check.pngCheck.pngOSE Design Manual - Heater Elements

Force and Torque Calculations

  1. Check.pngCheck.pngOSE Design Manual - Force and Torque Calculations

Structural Calculations

  1. Check.pngOSE Design Manual - Structural Calculations

Thermal Calculations

  1. Check.pngOSE Design Manual - Thermal Calculations
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