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Difference between revisions of "Hexayurt Frame TUE Research Outline"

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This research examines a [[Hexayurt_frame | hexayurt with a metal frame]] for use in hurricane risk areas. It builds on existing work at Technical University of Eindhoven on a metal frame for a hurricane resistant building.
 
This research examines a [[Hexayurt_frame | hexayurt with a metal frame]] for use in hurricane risk areas. It builds on existing work at Technical University of Eindhoven on a metal frame for a hurricane resistant building.
  
The frame hexayurt shape is interesting to this research because it allows for a building which is entirely made of triangles. This means there is no need for additional tension elements to hold the building in shape, and standard steel stock can be used efficiently with little need for cutting or welding.
+
The frame hexayurt shape is interesting to this research because it allows for a building which is entirely made of triangles, possibly giving very good strength. Additionally there is no need for additional tension elements to hold the building in shape, and standard steel stock can be used efficiently with little need for cutting or welding.
  
 
The geometry of the frame hexayurt is simple. It comprises 24 long and 6 short tubes arranged in a shape similar to the top part of an [http://en.wikipedia.org/wiki/Icosahedron icosahedron] but with six sides rather than five. The six short pipes form the the tension ring of the building, and their length is chosen such that the walls are vertical. (see diagram)
 
The geometry of the frame hexayurt is simple. It comprises 24 long and 6 short tubes arranged in a shape similar to the top part of an [http://en.wikipedia.org/wiki/Icosahedron icosahedron] but with six sides rather than five. The six short pipes form the the tension ring of the building, and their length is chosen such that the walls are vertical. (see diagram)
  
 
== Aim ==
 
== Aim ==
 +
This research should give all of the technical information required for technical decision-makers in NGOs, governments and industry to decide whether or not a hexayurt of this design is appropriate for their climate and application. This includes three phases.
  
 
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# Desk analysis of the frame hexayurt
 
+
# Design and prototyping of a frame hexayurt, including materials selection
 +
# If resources allow, physical testing of a prototype to prove the desk analysis
  
 
== Technical Description ==
 
== Technical Description ==
 
* pictures / drawing
 
* pictures / drawing
 +
 
== Research Agenda ==
 
== Research Agenda ==
* wind
+
 
* snow
+
 
* water
+
 
=== Structural Calculations ===
 
=== Structural Calculations ===
 
=== Building Physics ===
 
=== Building Physics ===

Revision as of 14:14, 25 November 2009

Introduction

The Hexayurt is a design pattern for making simple six sided shelters which are like the Mongolian Yurt from a variety of common industrial materials. Two basic families of Hexayurts exist - those made from panel materials, and those made from beams. The design is simple enough that construction close to or even in disaster areas seems likely. This creates the possibility of large scale shelter construction using materials common in the industrial supply chain. The Hexayurt has been field tested by the US Department of Defense, and the American and Netherlands Red Cross have show strong interest in the design.

This research examines a hexayurt with a metal frame for use in hurricane risk areas. It builds on existing work at Technical University of Eindhoven on a metal frame for a hurricane resistant building.

The frame hexayurt shape is interesting to this research because it allows for a building which is entirely made of triangles, possibly giving very good strength. Additionally there is no need for additional tension elements to hold the building in shape, and standard steel stock can be used efficiently with little need for cutting or welding.

The geometry of the frame hexayurt is simple. It comprises 24 long and 6 short tubes arranged in a shape similar to the top part of an icosahedron but with six sides rather than five. The six short pipes form the the tension ring of the building, and their length is chosen such that the walls are vertical. (see diagram)

Aim

This research should give all of the technical information required for technical decision-makers in NGOs, governments and industry to decide whether or not a hexayurt of this design is appropriate for their climate and application. This includes three phases.

  1. Desk analysis of the frame hexayurt
  2. Design and prototyping of a frame hexayurt, including materials selection
  3. If resources allow, physical testing of a prototype to prove the desk analysis

Technical Description

  • pictures / drawing

Research Agenda

Structural Calculations

Building Physics

Building Technology

More Information

Contact Information