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Design and Construction of Bioclimatic Wooden Greenhouses, Volume 3 : Design of Construction: Envelopes
| Design and Construction of Bioclimatic Wooden Greenhouses, Volume 3 : Design of Construction: Envelopes |
| Autore | Brunetti Gian Luca |
| Pubbl/distr/stampa | Newark : , : John Wiley & Sons, Incorporated, , 2023 |
| Descrizione fisica | 1 online resource (289 pages) |
| Disciplina | 635.9823 |
| Soggetto topico |
Greenhouses - Design and construction
Greenhouses - Heating and ventilation |
| Soggetto non controllato |
Agriculture
Technology & Engineering |
| ISBN |
1-394-19216-9
1-394-19214-2 |
| Formato | Materiale a stampa  |
| Livello bibliografico | Monografia |
| Lingua di pubblicazione | eng |
| Nota di contenuto |
Cover -- Title Page -- Copyright Page -- Contents -- Introduction -- Chapter 1. Prolog - Overview of Types of Transparent Enclosures -- 1.1. Risks of condensation on transparent enclosures -- 1.2. Essentials on glass panel enclosures -- 1.2.1. Installation of glass panels -- 1.3. Essentials on synthetic panel enclosures -- 1.3.1. Ribbed panels -- 1.3.2. Drained flat double panels -- 1.3.3. Corrugated panels -- 1.3.4. Synthetic films -- 1.4. Curtain walls -- 1.4.1. Detailing at vertical corners -- 1.4.2. Detailing the connection between the front wall and the roof -- 1.4.3. Detailing the connection between the side walls and the roof -- 1.4.4. Detailing the connection between the roof and the building front façade in attached greenhouses -- 1.4.5. Detailing the connection between the roof and the back wall (for stand-alone greenhouses) -- 1.4.6. Detailing the transition between an opaque part of the roof and a transparent one -- 1.4.7. Detailing the vertical joints between greenhouse and building -- 1.4.8. Connecting external systems to the mullion-and-transom system -- 1.4.9. Pressure caps on roofs -- 1.4.10. Bent plates as anchoring devices -- 1.4.11. The façade of windows as an alternative to the curtain wall -- 1.4.12. The façade of windows at the lintels and at the transoms -- 1.4.13. Connection between mullion or transoms and windows by means of setbacks in the profiles -- 1.4.14. Windows and doors -- 1.5. Glazing with glass panels -- 1.5.1. Glass -- Chapter 2. Transparent Plastic Enclosures -- 2.1. Materials for synthetic panels -- 2.1.1. Polycarbonate -- 2.1.2. Acrylic -- 2.1.3. Fiberglass -- 2.2. Commonalities between flat polycarbonate, acrylic or fiberglass panels -- 2.2.1. Working with polycarbonate sheets -- 2.2.2. Working with acrylic sheets -- 2.2.3. Working with fiberglass panels.
2.2.4. Installation of corrugated polycarbonate, acrylic or fiberglass panels -- 2.3. Installation of multi-wall polycarbonate or acrylic panels -- 2.3.1. Anchorage by direct screwing -- 2.3.2. Anchorage by means of channels -- 2.3.3. Anchorage by means of profiled connectors embedded in the joints at the edge of the panels -- 2.3.4. Anchorage by means of pressure caps in curtain-wall schemes -- 2.4. Connection of mullions and/or transoms to the transparent panels by means of pressure caps -- 2.4.1. Example of simple and low-cost openable wooden window constructions suitable for self-building -- 2.5. Further considerations related to solar shading -- 2.5.1. Shading paints -- 2.5.2. External overhangs -- 2.5.3. External Venetian blinds -- 2.5.4. External horizontal fins -- 2.5.5. Internal Venetian blinds -- 2.5.6. Internal horizontal fins -- 2.5.7. External or internal fixed skylight grids or roof grids -- 2.5.8. Detached external canvases/nets -- 2.5.9. Attached external canvases/nets/shade cloths/rollers -- 2.5.10. External curtains/rollers -- 2.5.11. Detached internal canvases -- 2.5.12. Attached internal canvases/nets/shade cloths/curtain rollers -- 2.6. Thermal insulation -- 2.6.1. Resistive insulation -- 2.6.2. Reflective insulation -- 2.6.3. Cavities -- 2.7. Movable insulation -- 2.7.1. Movable insulation panels -- 2.7.2. Removable insulation panels -- 2.7.3. Thermal blankets and curtains -- 2.8. Solar reflectors -- 2.8.1. Diffuse solar reflectors -- 2.8.2. Specular solar reflectors -- 2.8.3. Fixed solar reflectors -- 2.8.4. Movable solar reflectors -- 2.9. Mechanical systems for operating the openable frames -- 2.9.1. Mechanical system for opening rows of openings -- 2.9.2. Mechanical systems for opening single windows and skylights -- 2.9.3. Actuator control -- 2.10. Opaque envelopes -- 2.11. Thermally broken external balconies. 2.12. Paints, stains and preservatives -- Chapter 3. Film-enclosed Greenhouses -- 3.1. Characteristics of polyethylene films -- 3.2. Alternatives to polyethylene films -- 3.3. Strategies for installing the films -- 3.3.1. Fixing strategies entailing rotation -- 3.3.2. Fixing strategies not entailing rotation -- 3.4. Specific challenges in polyethylene-enclosed wooden greenhouses -- 3.4.1. Fitting the structure to avoid tearing the films -- 3.4.2. Consequences of vapor condensation in film-enclosed greenhouses -- 3.5. Multiple polyethylene film layouts -- 3.5.1. Inflated multiple envelopes -- 3.5.2. Inflated ETFE cushions -- 3.6. Film-enclosed greenhouses for hot climates -- 3.6.1. Orientation of hot-climate growing greenhouses -- 3.6.2. Solar shading for hot-climate greenhouses -- 3.6.3. Natural ventilation for hot-climate greenhouses -- 3.6.4. Construction schemes for hot-climate greenhouses, with particular reference to wood -- 3.7. Framed structural layouts adopting combinations of portal frames -- 3.8. Bamboo greenhouses -- Conclusion -- References -- Index -- Summaries of other volumes -- EULA. |
| Record Nr. | UNINA-9910830573303321 |
Brunetti Gian Luca
|
||
| Newark : , : John Wiley & Sons, Incorporated, , 2023 | ||
| Materiale a stampa | ||
| Lo trovi qui: Univ. Federico II | ||
| ||
Design and Construction of Bioclimatic Wooden Greenhouses, Volume 3 : Design of Construction: Envelopes
| Design and Construction of Bioclimatic Wooden Greenhouses, Volume 3 : Design of Construction: Envelopes |
| Autore | Brunetti Gian Luca |
| Pubbl/distr/stampa | Newark : , : John Wiley & Sons, Incorporated, , 2023 |
| Descrizione fisica | 1 online resource (289 pages) |
| Disciplina | 635.9823 |
| Soggetto topico |
Greenhouses - Design and construction
Greenhouses - Heating and ventilation |
| Soggetto non controllato |
Agriculture
Technology & Engineering |
| ISBN |
1-394-19216-9
1-394-19214-2 |
| Formato | Materiale a stampa |
| Livello bibliografico | Monografia |
| Lingua di pubblicazione | eng |
| Nota di contenuto |
Cover -- Title Page -- Copyright Page -- Contents -- Introduction -- Chapter 1. Prolog - Overview of Types of Transparent Enclosures -- 1.1. Risks of condensation on transparent enclosures -- 1.2. Essentials on glass panel enclosures -- 1.2.1. Installation of glass panels -- 1.3. Essentials on synthetic panel enclosures -- 1.3.1. Ribbed panels -- 1.3.2. Drained flat double panels -- 1.3.3. Corrugated panels -- 1.3.4. Synthetic films -- 1.4. Curtain walls -- 1.4.1. Detailing at vertical corners -- 1.4.2. Detailing the connection between the front wall and the roof -- 1.4.3. Detailing the connection between the side walls and the roof -- 1.4.4. Detailing the connection between the roof and the building front façade in attached greenhouses -- 1.4.5. Detailing the connection between the roof and the back wall (for stand-alone greenhouses) -- 1.4.6. Detailing the transition between an opaque part of the roof and a transparent one -- 1.4.7. Detailing the vertical joints between greenhouse and building -- 1.4.8. Connecting external systems to the mullion-and-transom system -- 1.4.9. Pressure caps on roofs -- 1.4.10. Bent plates as anchoring devices -- 1.4.11. The façade of windows as an alternative to the curtain wall -- 1.4.12. The façade of windows at the lintels and at the transoms -- 1.4.13. Connection between mullion or transoms and windows by means of setbacks in the profiles -- 1.4.14. Windows and doors -- 1.5. Glazing with glass panels -- 1.5.1. Glass -- Chapter 2. Transparent Plastic Enclosures -- 2.1. Materials for synthetic panels -- 2.1.1. Polycarbonate -- 2.1.2. Acrylic -- 2.1.3. Fiberglass -- 2.2. Commonalities between flat polycarbonate, acrylic or fiberglass panels -- 2.2.1. Working with polycarbonate sheets -- 2.2.2. Working with acrylic sheets -- 2.2.3. Working with fiberglass panels.
2.2.4. Installation of corrugated polycarbonate, acrylic or fiberglass panels -- 2.3. Installation of multi-wall polycarbonate or acrylic panels -- 2.3.1. Anchorage by direct screwing -- 2.3.2. Anchorage by means of channels -- 2.3.3. Anchorage by means of profiled connectors embedded in the joints at the edge of the panels -- 2.3.4. Anchorage by means of pressure caps in curtain-wall schemes -- 2.4. Connection of mullions and/or transoms to the transparent panels by means of pressure caps -- 2.4.1. Example of simple and low-cost openable wooden window constructions suitable for self-building -- 2.5. Further considerations related to solar shading -- 2.5.1. Shading paints -- 2.5.2. External overhangs -- 2.5.3. External Venetian blinds -- 2.5.4. External horizontal fins -- 2.5.5. Internal Venetian blinds -- 2.5.6. Internal horizontal fins -- 2.5.7. External or internal fixed skylight grids or roof grids -- 2.5.8. Detached external canvases/nets -- 2.5.9. Attached external canvases/nets/shade cloths/rollers -- 2.5.10. External curtains/rollers -- 2.5.11. Detached internal canvases -- 2.5.12. Attached internal canvases/nets/shade cloths/curtain rollers -- 2.6. Thermal insulation -- 2.6.1. Resistive insulation -- 2.6.2. Reflective insulation -- 2.6.3. Cavities -- 2.7. Movable insulation -- 2.7.1. Movable insulation panels -- 2.7.2. Removable insulation panels -- 2.7.3. Thermal blankets and curtains -- 2.8. Solar reflectors -- 2.8.1. Diffuse solar reflectors -- 2.8.2. Specular solar reflectors -- 2.8.3. Fixed solar reflectors -- 2.8.4. Movable solar reflectors -- 2.9. Mechanical systems for operating the openable frames -- 2.9.1. Mechanical system for opening rows of openings -- 2.9.2. Mechanical systems for opening single windows and skylights -- 2.9.3. Actuator control -- 2.10. Opaque envelopes -- 2.11. Thermally broken external balconies. 2.12. Paints, stains and preservatives -- Chapter 3. Film-enclosed Greenhouses -- 3.1. Characteristics of polyethylene films -- 3.2. Alternatives to polyethylene films -- 3.3. Strategies for installing the films -- 3.3.1. Fixing strategies entailing rotation -- 3.3.2. Fixing strategies not entailing rotation -- 3.4. Specific challenges in polyethylene-enclosed wooden greenhouses -- 3.4.1. Fitting the structure to avoid tearing the films -- 3.4.2. Consequences of vapor condensation in film-enclosed greenhouses -- 3.5. Multiple polyethylene film layouts -- 3.5.1. Inflated multiple envelopes -- 3.5.2. Inflated ETFE cushions -- 3.6. Film-enclosed greenhouses for hot climates -- 3.6.1. Orientation of hot-climate growing greenhouses -- 3.6.2. Solar shading for hot-climate greenhouses -- 3.6.3. Natural ventilation for hot-climate greenhouses -- 3.6.4. Construction schemes for hot-climate greenhouses, with particular reference to wood -- 3.7. Framed structural layouts adopting combinations of portal frames -- 3.8. Bamboo greenhouses -- Conclusion -- References -- Index -- Summaries of other volumes -- EULA. |
| Record Nr. | UNINA-9910840814503321 |
|
Brunetti Gian Luca
|
||
| Newark : , : John Wiley & Sons, Incorporated, , 2023 | ||
| Materiale a stampa | ||
| Lo trovi qui: Univ. Federico II | ||
| ||
