1 / 39

LIFETIME RESPONSIVE DESIGN

LIFETIME RESPONSIVE DESIGN. Towards design and building technologies for development of structures following progressing technological innovation, changing building specifications, and user preferences. Prof.Ir. J.M. Post. ICBEST 2004. Need for technical innovation. Why. TU / e.

hiram-hurley
Download Presentation

LIFETIME RESPONSIVE DESIGN

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. LIFETIME RESPONSIVE DESIGN Towards design and building technologies for development of structures following progressing technological innovation, changing building specifications, and user preferences Prof.Ir. J.M. Post ICBEST 2004

  2. Need for technical innovation

  3. Why TU/e technische universiteit eindhoven Civil engineering Building waste Utility Construction Demolition waste Total 12.2 million metric tonnes Housing 0 2 4 6 Amount of waste in million metric tonnes Division annual amount of building and demolition waste

  4. Why TU/e technische universiteit eindhoven Use Implement Brief Demolition Evaluation Efficiency Level Maintenance Maintenance Maintenance Efficiency Requirement Lifecycle of conventional buildings

  5. Why TU/e technische universiteit eindhoven Baby Boom becomes Ageing

  6. Why • Need for Flexibility • Population (integration, ageing) • Satisfaction • Fashion • Increase surface use

  7. Why Individuality

  8. »Tools for responsive design • Technological systems • Design decision support systems • Industrial, flexible and demountable building strategies

  9. Tools Technology Historical and Modern examples (for evaluation method) Initiative: Open building by Habraken (1961): Support-Infill Disconnection: intermediate products (Matura, Inter-level, Esprit)

  10. Tools Design decisions support systems • How to measure consumer orientation? • Determine influences of flexibility levels

  11. Tools

  12. Tools Technical Installation levels • Central heating: natural air supply/mechanical air discharge • Ventilation based on constant volume system/central heating • All-air system • Ventilation, heating/cooling: ventilator-convector system • Ventilation, heating and cooling based on induction unit • Heating and cooling chilled ceiling/mechanical ventilation Outline from a chilled ceiling Chilled ceiling 25

  13. »Research for responsive design • Lifecycle buildings • Design decision support systems • IFD components • Lifecycle materials

  14. Research Lifecycle design

  15. TU/e Research Reference building XX office Raw materials Energy Emission Waste technische universiteit eindhoven Lifecycle research

  16. TU/e Research technische universiteit eindhoven

  17. Research Sustainable classification 7

  18. Research Sustainable design strategy 17

  19. Research • Sustainable design strategy IN: step 1, 2 and 3 OUT: step Main stream 17

  20. Research Sustainable design strategy Secondary stream IN: step 1, 2 and 3 OUT: step 1 and 2 17

  21. Research Material research

  22. TU/e technische universiteit eindhoven »Best Practices • XX office • Children's art gallery • Housing flexibility • Hospital flexibility 22

  23. The XX buildingDELFT

  24. TU/e Practice technische universiteit eindhoven

  25. TU/e Practice technische universiteit eindhoven “Villa Zebra”ROTTERDAM

  26. Practice Research TU Eindhoven Live Like You Want

  27. Practice One family housing • A+ houses (steel frame) • Reflex houses (3D extensions)

  28. TU/e technische universiteit eindhoven Apartments building

  29. Practice IFD structure apartments

  30. The INO HospitalBERN

  31. Practice Lay-out of operating rooms

  32. Practice Lay-out operating rooms

  33. Practice Section INO

  34. Practice Realized 2003

  35. Time schedule INO

  36. »Summary Towards design and building technologies for development of structures following progressing technological innovation, changing building specifications, and user preferences

  37. TU/e Summary technische universiteit eindhoven Progress Quality Salinization Pakistan India Third world countries Environment conference CO2 uitstoot Grünen EXPO 2000 Quantity DUBO Ecokwantum milieumaten IFD Sectional building Flexible building Schiedam Sphere houses Project XX 100.000 houses/year families Ecolonia Imagination Volume Area Material Living energy SAR Construction Separation of waste 2000 1945 1971 1980 1990 war Oil crisis Environmental protection Little earth Ecology Time Historical time-lines

  38. TU/e Summary technische universiteit eindhoven Over-all decision model

More Related