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Bio-aggregate-based building materials : applications to hemp concretes

Author: Sofiane Amziane; Laurent Arnaud
Publisher: London : ISTE ; Hoboken, NJ : Wiley, 2013. ©2013
Series: Civil engineering and geomechanics series.
Edition/Format:   Print book : EnglishView all editions and formats
Summary:

Using plant material as raw materials for construction is a relatively recent and original topic of research. This book presents an overview of the current knowledge on the material properties and  Read more...

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Document Type: Book
All Authors / Contributors: Sofiane Amziane; Laurent Arnaud
ISBN: 9781848214040 1848214049
OCLC Number: 827785678
Description: xiii, 317 pages : illustrations ; 24 cm.
Contents: Machine generated contents note: 1.1. Sustainable development, construction and materials / Vincent Nozahic / Sofiane Amziane --
1.1.1. Environmental impacts of the construction sector / Vincent Nozahic / Sofiane Amziane --
1.2. Standardization and regulation: toward a global approach / Vincent Nozahic / Sofiane Amziane --
1.2.1. Standardization and regulation in force / Vincent Nozahic / Sofiane Amziane --
1.2.2. Limitations of the normative and regulatory framework / Vincent Nozahic / Sofiane Amziane --
1.3. The materials: an increasingly crucial element / Vincent Nozahic / Sofiane Amziane --
1.3.1. Role of the materials in energy consumption / Vincent Nozahic / Sofiane Amziane --
1.3.2. What is a low-environmental-impact material? / Vincent Nozahic / Sofiane Amziane --
1.3.3. Constantly-changing regulations / Vincent Nozahic / Sofiane Amziane --
1.4. The specific case of concretes made from lignocellular particles / Vincent Nozahic / Sofiane Amziane --
1.4.1. Development of agro-concretes in the context of France / Vincent Nozahic / Sofiane Amziane --
1.5. What does the term "Agro-concrete" mean? / Vincent Nozahic / Sofiane Amziane --
1.5.1. General definition / Vincent Nozahic / Sofiane Amziane --
1.5.2. Lignocellular resources / Vincent Nozahic / Sofiane Amziane --
1.5.3. General characteristics of lignocellular agro-resources / Vincent Nozahic / Sofiane Amziane --
1.6. Conclusions / Vincent Nozahic / Sofiane Amziane --
1.7. Bibliography / Vincent Nozahic / Sofiane Amziane --
2.1. Microstructure of the shiv particles / Vincent Picandet --
2.1.1. Structure of the stem of fibrous plants / Vincent Picandet --
2.1.2. SEM observation of hemp shiv particles / Vincent Picandet --
2.1.3. Chemistry of the cell walls / Vincent Picandet --
2.1.4. Density and porosity, in the case of hemp shiv / Vincent Picandet --
2.2. Particle Size Distribution (PSD) / Vincent Picandet --
2.2.1. General characteristics of aggregates made from fibrous plants / Vincent Picandet --
2.2.2. Fiber content / Vincent Picandet --
2.2.3. Methods for characterizing the PSD / Vincent Picandet --
2.2.4. PSD analyses / Vincent Picandet --
2.2.5.Comparison of the results obtained by image analysis / Vincent Picandet --
2.2.6. Characterization of the geometry of the particles / Vincent Picandet --
2.2.7. Characterization of the PSD / Vincent Picandet --
2.2.8. Conclusions / Vincent Picandet --
2.3.Compactness and compressibility / Vincent Picandet --
2.4. Water absorption capacity / Vincent Picandet --
2.5. Bibliography / Vincent Picandet --
3.1. Portland cements / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.1.1. General / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.1.2. Production / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.1.3. Chemical and mineral composition / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.1.4. Properties / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.1.5. Environmental impacts / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.2. Lime / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.2.1. General / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.2.2. Aerial lime / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.2.3. Natural hydraulic limes / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.3. Lime-pozzolan mixtures / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.3.1. Natural pozzolans / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.3.2. Calcined natural pozzolans: metakaolin / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.3.3. Fly ash / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.3.4. Blast furnace slag / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.4. Plaster / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.4.1. General / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.4.2. Production / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.4.3. Chemical and mineralogical composition / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.4.4. Properties / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.4.5. Environmental impacts / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.5. Summary / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic --
3.6. Bibliography / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic. Note continued: 4.1. Objectives / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.1.1. Preamble / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.1.2. Traditional applications / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.1.3. Constituents and mixture / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.1.4. Methods of implementation / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.2. Rules of formulation / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.2.1. Basis of usual formulations / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.2.2. Influence of the proportion of paste in the mixture / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.2.3. Quality of the paste and water content / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.2.4. Homogeneity of the paste / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.2.5. The relationship between formulation and strength / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.2.6. The relationship between formulation and thermo-hydric properties / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.3. Examples of formulations / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.3.1. Origin of the data / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.3.2. Walling application / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.3.3. Flooring application / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.3.4. Roofing application / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache --
4.3.5. Other applications / Yves Hustache / Gérard Lenain / Florence Collet / Christophe Lanos --
4.4. Installation techniques / Gérard Lenain / Yves Hustache / Florence Collet / Christophe Lanos --
4.4.1. Building a wall using formwork / Yves Hustache / Gérard Lenain / Florence Collet / Christophe Lanos --
4.4.2. Application by spraying / Gérard Lenain / Yves Hustache / Florence Collet / Christophe Lanos --
4.4.3. Laying of a floor / Yves Hustache / Gérard Lenain / Florence Collet / Christophe Lanos --
4.4.4. Creating a roof / Gérard Lenain / Yves Hustache / Florence Collet / Christophe Lanos --
4.4.5. Other uses / Yves Hustache / Gérard Lenain / Florence Collet / Christophe Lanos --
4.5. Professional rules for buildings using hempcrete and hemp mortars / Gérard Lenain / Yves Hustache / Florence Collet / Christophe Lanos --
4.5.1. History / Yves Hustache / Gérard Lenain / Florence Collet / Christophe Lanos --
4.5.2. Principles and content of the professional regulations / Gérard Lenain / Yves Hustache / Florence Collet / Christophe Lanos --
4.6. Bibliography / Gérard Lenain / Florence Collet / Christophe Lanos / Yves Hustache --
5.1.Composite material / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.1.1. Making of the test tubes / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.1.2. Mechanical behavior / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.1.3. Effect of initial compression / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.1.4. Effect of the nature of the binder / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.1.5. Influence of the binder content / Laurent Arnaud / Sofiane Amziane / Etienne Gourlay / Vincent Nozahic --
5.1.6. Influence of the particle size / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.1.7. Influence of the curing conditions / Laurent Arnaud / Vincent Nozahic / Sofiane Amziane / Etienne Gourlay --
5.1.8. Evolution over time / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.1.9. Interaction between particles and binder / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.1.10. Anisotropic behavior / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.2. Modeling of the mechanical behavior / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.2.1. Empirical approach / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.2.2. Self-consistent homogenization approach / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.3. Toward the study of a stratified composite / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.4. Conclusion / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
5.5. Bibliography / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay --
6.1. Introduction / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.2. Heat conductivity / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.2.1. Measurement of the conductivity / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.2.2. Modeling of the heat conductivity in dry and humid conditions / Laurent Arnaud / Driss Samri. Note continued: 6.2.3. Heat transfers / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.3. Hygrothermal transfers / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.3.1. Experimental device / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.3.2. Stresses / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.3.3. Phase changes / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.3.4. Hygrothermal transfers / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.3.5. Role of coating products applied to hempcrete / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.3.6. Conclusions / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.4. Thermal characterization of various construction materials / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.4.1. Autoclaved aerated concrete / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.4.2. Vertically perforated brick / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.4.3. Hemperete / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.4.4. Conclusions / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.5. Modeling of coupled heat- and mass transfers / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.5.1. Introduction / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.5.2. Transfer laws / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.5.3. Transfer model: the Künzel model / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.5.4. Determination of the transfer coefficients / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.5.5. Numerical modeling / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.6. Conclusions / Laurent Arnaud / Driss Samri / Étienne Gourlay --
6.7. Bibliography / Laurent Arnaud / Driss Samri / Étienne Gourlay --
7.1. Introduction / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
7.2. Acoustical properties of the material on the basis of the main mechanisms / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
7.2.1. Influence of the components / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
7.2.2. Influence of the casting method / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
7.3. Modeling the acoustical properties / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
7.3.1. Physical analysis of the acoustical properties being measured / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
7.3.2. The adapted double porosity model and its parameters / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
7.3.3. Experimental validation of the model / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
7.4. Application of the model to the acoustical characterization of shiv / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
7.4.1. Porosity of shiv / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
7.4.2. Resistivity / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
7.5. Conclusion / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
7.6. Bibliography / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud --
8.1. Introduction / Philippe Munoz / Didier Pipet --
8.2. Preliminary test / Philippe Munoz / Didier Pipet --
8.2.1. Description of the panel / Philippe Munoz / Didier Pipet --
8.2.2. Putting the panel in place on the bracing bank / Philippe Munoz / Didier Pipet --
8.2.3. Longitudinal loading and measurement of the movements / Didier Pipet / Philippe Munoz --
8.2.4. Behavior of the test bank / Philippe Munoz / Didier Pipet --
8.2.5. Behavior of the wooden panel / Philippe Munoz / Didier Pipet --
8.3. Test on a composite panel of a wooden skeleton and hempcrete / Didier Pipet / Philippe Munoz --
8.3.1. Description of the panel / Didier Pipet / Philippe Munoz --
8.3.2. Emplacement of the panel on the bracing bank / Philippe Munoz / Didier Pipet --
8.3.3. Vertical loading / Philippe Munoz / Didier Pipet --
8.3.4. Longitudinal loading and measurement of the movements / Philippe Munoz / Didier Pipet --
8.3.5. Running of the test / Philippe Munoz / Didier Pipet --
8.3.6. Feature of the ruin of the panel / Philippe Munoz / Didier Pipet --
8.4. Results and comparative analysis / Philippe Munoz / Didier Pipet --
8.5. Conclusions and reflections / Philippe Munoz / Didier Pipet --
8.6. Acknowledgements / Philippe Munoz / Didier Pipet --
8.7. Bibliography / Philippe Munoz / Didier Pipet --
9.1. Introduction / Marie-Pierre Boutin / Cyril Flamin --
9.2. Description of the products studied / Cyril Flamin / Marie-Pierre Boutin --
9.3. Method for environmental evaluation of bio-sourced materials / Cyril Flamin / Marie-Pierre Boutin --
9.4. Lifecycle Analysis on hempcrete --
methodology, working hypotheses and results / Marie-Pierre Boutin / Cyril Flamin --
9.4.1. Delimitation of the system under study / Marie-Pierre Boutin / Cyril Flamin --
9.4.2. Inventory analysis / Marie-Pierre Boutin / Cyril Flamin --
9.4.3. Impact evaluation / Marie-Pierre Boutin / Cyril Flamin --
9.4.4. Results and interpretation of the lifecycle / Marie-Pierre Boutin / Cyril Flamin --
9.5. Interpretations of the lifecycle, conclusions and reflections / Cyril Flamin / Marie-Pierre Boutin --
9.6. Bibliography / Cyril Flamin / Marie-Pierre Boutin.
Series Title: Civil engineering and geomechanics series.
Responsibility: edited by Sofiane Amziane, Laurent Arnaud.

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<http://www.worldcat.org/oclc/827785678> # Bio-aggregate-based building materials : applications to hemp concretes
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   schema:about <http://id.worldcat.org/fast/874126> ; # Concrete
   schema:about <http://id.worldcat.org/fast/1743748> ; # Plant fibers as building materials
   schema:about <http://id.worldcat.org/fast/800237> ; # Aggregates (Building materials)
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   schema:description "Note continued: 6.2.3. Heat transfers / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.3. Hygrothermal transfers / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.3.1. Experimental device / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.3.2. Stresses / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.3.3. Phase changes / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.3.4. Hygrothermal transfers / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.3.5. Role of coating products applied to hempcrete / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.3.6. Conclusions / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.4. Thermal characterization of various construction materials / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.4.1. Autoclaved aerated concrete / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.4.2. Vertically perforated brick / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.4.3. Hemperete / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.4.4. Conclusions / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.5. Modeling of coupled heat- and mass transfers / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.5.1. Introduction / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.5.2. Transfer laws / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.5.3. Transfer model: the Künzel model / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.5.4. Determination of the transfer coefficients / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.5.5. Numerical modeling / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.6. Conclusions / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.7. Bibliography / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 7.1. Introduction / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 7.2. Acoustical properties of the material on the basis of the main mechanisms / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 7.2.1. Influence of the components / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 7.2.2. Influence of the casting method / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 7.3. Modeling the acoustical properties / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 7.3.1. Physical analysis of the acoustical properties being measured / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 7.3.2. The adapted double porosity model and its parameters / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 7.3.3. Experimental validation of the model / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 7.4. Application of the model to the acoustical characterization of shiv / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 7.4.1. Porosity of shiv / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 7.4.2. Resistivity / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 7.5. Conclusion / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 7.6. Bibliography / Philippe Glé / Emmanuel Gourdon / Laurent Arnaud -- 8.1. Introduction / Philippe Munoz / Didier Pipet -- 8.2. Preliminary test / Philippe Munoz / Didier Pipet -- 8.2.1. Description of the panel / Philippe Munoz / Didier Pipet -- 8.2.2. Putting the panel in place on the bracing bank / Philippe Munoz / Didier Pipet -- 8.2.3. Longitudinal loading and measurement of the movements / Didier Pipet / Philippe Munoz -- 8.2.4. Behavior of the test bank / Philippe Munoz / Didier Pipet -- 8.2.5. Behavior of the wooden panel / Philippe Munoz / Didier Pipet -- 8.3. Test on a composite panel of a wooden skeleton and hempcrete / Didier Pipet / Philippe Munoz -- 8.3.1. Description of the panel / Didier Pipet / Philippe Munoz -- 8.3.2. Emplacement of the panel on the bracing bank / Philippe Munoz / Didier Pipet -- 8.3.3. Vertical loading / Philippe Munoz / Didier Pipet -- 8.3.4. Longitudinal loading and measurement of the movements / Philippe Munoz / Didier Pipet -- 8.3.5. Running of the test / Philippe Munoz / Didier Pipet -- 8.3.6. Feature of the ruin of the panel / Philippe Munoz / Didier Pipet -- 8.4. Results and comparative analysis / Philippe Munoz / Didier Pipet -- 8.5. Conclusions and reflections / Philippe Munoz / Didier Pipet -- 8.6. Acknowledgements / Philippe Munoz / Didier Pipet -- 8.7. Bibliography / Philippe Munoz / Didier Pipet -- 9.1. Introduction / Marie-Pierre Boutin / Cyril Flamin -- 9.2. Description of the products studied / Cyril Flamin / Marie-Pierre Boutin -- 9.3. Method for environmental evaluation of bio-sourced materials / Cyril Flamin / Marie-Pierre Boutin -- 9.4. Lifecycle Analysis on hempcrete -- methodology, working hypotheses and results / Marie-Pierre Boutin / Cyril Flamin -- 9.4.1. Delimitation of the system under study / Marie-Pierre Boutin / Cyril Flamin -- 9.4.2. Inventory analysis / Marie-Pierre Boutin / Cyril Flamin -- 9.4.3. Impact evaluation / Marie-Pierre Boutin / Cyril Flamin -- 9.4.4. Results and interpretation of the lifecycle / Marie-Pierre Boutin / Cyril Flamin -- 9.5. Interpretations of the lifecycle, conclusions and reflections / Cyril Flamin / Marie-Pierre Boutin -- 9.6. Bibliography / Cyril Flamin / Marie-Pierre Boutin."@en ;
   schema:description "Note continued: 4.1. Objectives / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.1.1. Preamble / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.1.2. Traditional applications / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.1.3. Constituents and mixture / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.1.4. Methods of implementation / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.2. Rules of formulation / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.2.1. Basis of usual formulations / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.2.2. Influence of the proportion of paste in the mixture / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.2.3. Quality of the paste and water content / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.2.4. Homogeneity of the paste / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.2.5. The relationship between formulation and strength / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.2.6. The relationship between formulation and thermo-hydric properties / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.3. Examples of formulations / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.3.1. Origin of the data / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.3.2. Walling application / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.3.3. Flooring application / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.3.4. Roofing application / Christophe Lanos / Florence Collet / Gérard Lenain / Yves Hustache -- 4.3.5. Other applications / Yves Hustache / Gérard Lenain / Florence Collet / Christophe Lanos -- 4.4. Installation techniques / Gérard Lenain / Yves Hustache / Florence Collet / Christophe Lanos -- 4.4.1. Building a wall using formwork / Yves Hustache / Gérard Lenain / Florence Collet / Christophe Lanos -- 4.4.2. Application by spraying / Gérard Lenain / Yves Hustache / Florence Collet / Christophe Lanos -- 4.4.3. Laying of a floor / Yves Hustache / Gérard Lenain / Florence Collet / Christophe Lanos -- 4.4.4. Creating a roof / Gérard Lenain / Yves Hustache / Florence Collet / Christophe Lanos -- 4.4.5. Other uses / Yves Hustache / Gérard Lenain / Florence Collet / Christophe Lanos -- 4.5. Professional rules for buildings using hempcrete and hemp mortars / Gérard Lenain / Yves Hustache / Florence Collet / Christophe Lanos -- 4.5.1. History / Yves Hustache / Gérard Lenain / Florence Collet / Christophe Lanos -- 4.5.2. Principles and content of the professional regulations / Gérard Lenain / Yves Hustache / Florence Collet / Christophe Lanos -- 4.6. Bibliography / Gérard Lenain / Florence Collet / Christophe Lanos / Yves Hustache -- 5.1.Composite material / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.1.1. Making of the test tubes / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.1.2. Mechanical behavior / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.1.3. Effect of initial compression / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.1.4. Effect of the nature of the binder / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.1.5. Influence of the binder content / Laurent Arnaud / Sofiane Amziane / Etienne Gourlay / Vincent Nozahic -- 5.1.6. Influence of the particle size / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.1.7. Influence of the curing conditions / Laurent Arnaud / Vincent Nozahic / Sofiane Amziane / Etienne Gourlay -- 5.1.8. Evolution over time / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.1.9. Interaction between particles and binder / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.1.10. Anisotropic behavior / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.2. Modeling of the mechanical behavior / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.2.1. Empirical approach / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.2.2. Self-consistent homogenization approach / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.3. Toward the study of a stratified composite / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.4. Conclusion / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 5.5. Bibliography / Laurent Arnaud / Sofiane Amziane / Vincent Nozahic / Etienne Gourlay -- 6.1. Introduction / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.2. Heat conductivity / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.2.1. Measurement of the conductivity / Laurent Arnaud / Driss Samri / Étienne Gourlay -- 6.2.2. Modeling of the heat conductivity in dry and humid conditions / Laurent Arnaud / Driss Samri."@en ;
   schema:description "Machine generated contents note: 1.1. Sustainable development, construction and materials / Vincent Nozahic / Sofiane Amziane -- 1.1.1. Environmental impacts of the construction sector / Vincent Nozahic / Sofiane Amziane -- 1.2. Standardization and regulation: toward a global approach / Vincent Nozahic / Sofiane Amziane -- 1.2.1. Standardization and regulation in force / Vincent Nozahic / Sofiane Amziane -- 1.2.2. Limitations of the normative and regulatory framework / Vincent Nozahic / Sofiane Amziane -- 1.3. The materials: an increasingly crucial element / Vincent Nozahic / Sofiane Amziane -- 1.3.1. Role of the materials in energy consumption / Vincent Nozahic / Sofiane Amziane -- 1.3.2. What is a low-environmental-impact material? / Vincent Nozahic / Sofiane Amziane -- 1.3.3. Constantly-changing regulations / Vincent Nozahic / Sofiane Amziane -- 1.4. The specific case of concretes made from lignocellular particles / Vincent Nozahic / Sofiane Amziane -- 1.4.1. Development of agro-concretes in the context of France / Vincent Nozahic / Sofiane Amziane -- 1.5. What does the term "Agro-concrete" mean? / Vincent Nozahic / Sofiane Amziane -- 1.5.1. General definition / Vincent Nozahic / Sofiane Amziane -- 1.5.2. Lignocellular resources / Vincent Nozahic / Sofiane Amziane -- 1.5.3. General characteristics of lignocellular agro-resources / Vincent Nozahic / Sofiane Amziane -- 1.6. Conclusions / Vincent Nozahic / Sofiane Amziane -- 1.7. Bibliography / Vincent Nozahic / Sofiane Amziane -- 2.1. Microstructure of the shiv particles / Vincent Picandet -- 2.1.1. Structure of the stem of fibrous plants / Vincent Picandet -- 2.1.2. SEM observation of hemp shiv particles / Vincent Picandet -- 2.1.3. Chemistry of the cell walls / Vincent Picandet -- 2.1.4. Density and porosity, in the case of hemp shiv / Vincent Picandet -- 2.2. Particle Size Distribution (PSD) / Vincent Picandet -- 2.2.1. General characteristics of aggregates made from fibrous plants / Vincent Picandet -- 2.2.2. Fiber content / Vincent Picandet -- 2.2.3. Methods for characterizing the PSD / Vincent Picandet -- 2.2.4. PSD analyses / Vincent Picandet -- 2.2.5.Comparison of the results obtained by image analysis / Vincent Picandet -- 2.2.6. Characterization of the geometry of the particles / Vincent Picandet -- 2.2.7. Characterization of the PSD / Vincent Picandet -- 2.2.8. Conclusions / Vincent Picandet -- 2.3.Compactness and compressibility / Vincent Picandet -- 2.4. Water absorption capacity / Vincent Picandet -- 2.5. Bibliography / Vincent Picandet -- 3.1. Portland cements / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.1.1. General / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.1.2. Production / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.1.3. Chemical and mineral composition / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.1.4. Properties / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.1.5. Environmental impacts / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.2. Lime / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.2.1. General / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.2.2. Aerial lime / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.2.3. Natural hydraulic limes / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.3. Lime-pozzolan mixtures / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.3.1. Natural pozzolans / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.3.2. Calcined natural pozzolans: metakaolin / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.3.3. Fly ash / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.3.4. Blast furnace slag / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.4. Plaster / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.4.1. General / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.4.2. Production / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.4.3. Chemical and mineralogical composition / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.4.4. Properties / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.4.5. Environmental impacts / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.5. Summary / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic -- 3.6. Bibliography / Gilles Escadeillas / Camille Magniont / Sofiane Amziane / Vincent Nozahic."@en ;
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