Proceedings pro131 : 3rd International Conference on Bio-Based Building Materials ICBBM 2019

Title: 3rd International Conference on Bio-Based Building Materials ICBBM 2019 Edited by: Mohammed Sonebi and Sofiane Amziane ISBN: e-ISBN : 978-2-35158-229-9 Pages: 743 Publication date: 2019

The first International Conference on Bio-based Building Materials (3BM) ICBBM2015 was held in Clermont-Ferrand, 22-24 June 2015. More than 150 participants from 32 countries attended the conference. Approximately 120 papers were selected for publications in the proceedings. In 2017 a significant progress has been made in the research, development and implementation of 3BM, and the second International Conference on Bio-Based Building Materials ICBBM-EcoGrafi 2017 was held in the same city from 21-23 June 2017. More than 230 participants from a wide range of academics, researchers, students, designers and policy makers and end-users from 40 countries and 130 papers were presented at the conference
The ICBBM2019 is an international forum for information dissemination and exchange, discussions and debates on research and practice related to innovative bio-construction materials and technologies with objectives for sustainable development. To dynamically address these, and to capitalise real opportunities which they present for the future, Queen’s University Belfast and University Auvergne bring together leading building and civil engineering sector players and international experts, and other key stakeholders for what promises to be a landmark event in 2019's professional and business calendar. Working together in an international context is nowadays a basic condition for progress. The considerable developments and challenges in a rapidly changing world ask for grouping of forces and a common approach.
The conference attracted 150 people a wide range of academics, scientists, researchers, students, designers, policy makers and other industrialists from a wide variety of backgrounds, including fields of engineering, materials, sustainable, architecture, and ecological technologies, biomaterials, materials sciences, environmental engineering and government agencies, end-users, etc. Participants have the opportunity to share ideas on the state-of-the-art innovations, state-of-the-practice and future trends of bio-based building materials and sustainable materials used in construction.
The ICBBM2019 proceedings include the keynote lectures and papers presented at ICBBM2019 conference. It consists of a book of full texts of papers and extended abstracts: 4 plenary papers and 120 papers from over 28 countries. The plenary keynotes and papers cover the wide spectrum of the topics related to Natural fibres and materials, Mechanical performances of bio-based building materials and design properties, Hygroscopic and hygrothermal properties of biomaterials, Acoustic and durability performance of bio-materials, sustainability of bio-based materials, Agro-by products, treatment of fibres, Eco-friendly binders with low CO2-emission and Low embodied carbon energy, Advances in research methodologies and Bio-materials testing, modeling building materials Rammed earth, Lifecycle assessment of materials, recycling materials, and others.
On behalf of the Local Organizing Committee of ICBBM2019, we would like to take this opportunity to express our sincere thanks to all our contributors and participants for their carefully prepared, stimulating and thought provoking manuscripts; to the organisers of conference for their dedicated task; to the members of the Technical and Scientific Committee for their time and effort of reviewing the papers and their valuable assistance, without which the conference could not be formed.
The organisation of a conference of this scale could not have been possible without the support and contributions of many organisations and individuals. This conference would not have been possible without the financial support given by the numerous sponsors. We also value the support of RILEM organization (The International Union of Laboratories and Experts in Construction Materials, Systems and Structures), American Concrete Institute (ACI) and Concrete Society (CS).
Thanks go to all those who have devoted their time and effort to the organization of the conference and publication of the proceedings, including secretarial staffs and research students for their diligent work in bringing this ICBBM2019 to success!

Contents

Chp 1. Innovations in bio-based building materials - Natural materials

Influence of hemp retting on the hydration of ordinary Portland cement (OPC) and the properties of hemp wood-OPC concrete Author(s): L. C. Hoang, S. Sabio, N. Perez, A. Day, P. Bono

Pages: 12-18

Various methods of binding light agricultural byproducts Author(s): F. Bacoup, A. Mahieu, A. Vitaud, P. Drone, R. Gattin, N. Leblanc

Pages: 19-23

Characterisation of natural fibres for enhancement of concrete properties Author(s): A. C. Da Costa Santos, P. Archbold

Pages: 24-31

Re-baling straw for better insulation Author(s): S. L. Platt, P. Walker, D.l Maskell, A. Laborel-Préneron

Pages: 32-36

Study of different spruce strands and their effect on the properties of wood-cement composites Author(s): F. Gauvin, K. Kochova, V. Caprai, K. Schollbach, H. J. H. Brouwers

Pages: 37-41

Influence of origin and year of harvest on the performance of pith mortars Author(s): M. S. Abbas, F. McGregor, A. Fabbri, Y. M. Ferroukhi

Pages: 42-48

Chp 1. Innovations in bio-based building materials - Material treatments

Development of sunflower-based insulation materials coated with glycerol esters to prevent microbial growth Author(s): T. Verdier, L. Balthazard, M. Montibus, C. Magniont, P. Evon, A. Bertro

Pages: 50-56

Performance evaluation of palm stems fibers in cement-based materials Author(s): Y. Zouaoui, A. Yahia, S. Metiche

Pages: 57-64

Comparative study of different linseed oil treatments on wood and hemp Author(s): A. Bouchikhi-Gérardin, A. Brizou, F. Becquart, N. E. Abriak, E. Garcia-Diaz

Pages: 65-72

Optimization of the linseed oil treatment of flax fibres: influence on fresh properties of fibrereinforced mortars Author(s): J. Page, S. Amziane, M. Gomina

Pages: 73-79

Chp 1. Innovations in bio-based building materials - New and eco-friendly binders

Effect of partial replacement of cement by MSWIBA on the properties of mortar Author(s): H. Ghanem, M. Machaka, J. Khatib, A. Elkordi, O. Baalbaki

Pages: 82-89

Dry pack mortars for self-levelling floor compounds based on β-hemihydrate and modified phosphogypsum binder Author(s): L. Dvorkin, N. Lushnikova, M. Sonebi

Pages: 90-96

Mechanical properties of geopolymer produced by rice husk ash calcined at low temperature Author(s): C.-T. Chen, C.-H. Chang

Pages: 97-101

Partial replacement of cement by combination of fly ash and metakaolin in bamboo bio- concretes Author(s): V. M. Andreola, M. Y. Rajiv da Gloria, D. O. Justo dos Santos, R. D. Toledo Filho

Pages: 102-106

Influence of fly ash on the compressive strength and young's modulus of concrete Author(s): P. R. Lustosa1, M. S. Magalhães

Pages: 107-111

Some mechanical and thermal properties of vegetable aggregates cement composites : Evaluation of a new binder based on lime Author(s): C. Onésippe, R. V. Ratiarisoa, K. Bilba, H. S. Junior, M. A. Arsène

Pages: 112-119

Low clinker slag Portland cement of increased activity Author(s): L. Dvorkin, V. Zhitkovsky, Y. Stepasyuk, M. Sonebi

Pages: 120-126

Comparison between Portland cement concrete and geopolymer concrete based on metakaolin and granulated blast furnace slag with the same binder volume Author(s): A. Hasnaoui, E. Ghorbel, G. Wardeh

Pages: 127-132

Chp 1. Innovations in bio-based building materials - Admixtures

Formulation of novel fire retardant additives for biobased insulation material Author(s): V. Colson, M. Bourebrab, M. Dalmais, O. Jadeau, C. Lanos

Pages: 134-141

Bio-based rheology modifying agents Author(s): M. Azima, A. G. Guldogan, Z.B. Bundur

Pages: 142-148

Properties of RCA concretes mixed with cement paste dissociation agent Author(s): S. Yang, H. Lee, I. Oh, H. Lee, I. Hwang

Pages: 149-154

Chp 1. Innovations in bio-based building materials - Earth-based materials

Cast, compaction, vibro-compaction or extrusion: processing methods for optimizing the mechanical strength of raw earth-based materials Author(s): S. Guihéneuf, D. Rangeard, A. Perrot

Pages: 156-163

Strength and stress-strain characteristics of coir fibre reinforced cement stabilised rammed earth Author(s): R. S. B. Rathod, B. V. V. Reddy

Pages: 164-169

Potential organic binders to stabilize earth construction materials Author(s): K. A. J. Ouedraogo, J. E. Aubert, C. Tribout, G. Escadeillas

Pages: 170-175

Evaluation of different raw earthen plasters stabilized with lime for bio-building exploitation Author(s): A. E. Losini, P. Gallo Stampino, G. Dotelli, M. Bellotto, A. C. Grillet, M. Caruso, S. Sabbadini, J. Outin

Pages: 176-183

Addition of bio based reinforcement to improve workability, mechanical properties and water resistance of earth-based materials Author(s): S. Guihéneuf, D. Rangeard, A. Perrot

Pages: 184-192

Influence of fiber on unconfined compressive strength of raw earth material by mix design Author(s): S. Imanzadeh, A. Jarno, S. Taibi

Pages: 193-197

Hygrothermal properties of light earth insulation materials: evaluation of uncertainties and consequences Author(s): T. Vinceslas, T. Colinart, H. Lenormand, A. Hellouin de Menibus, E. Hamard, T. Lecompte

Pages: 198-203

Adobe bricks of greenlandic fine-grained rock material Author(s): I. M. G. Bertelsen, L. J. Belmonte, L. M. Ottosen

Pages: 204-209

Towards field-oriented tests to evaluate the workability and cohesion of earth slips for building applications Author(s): T. Vinceslas, T. Lecompte, H. Lenormand, A. Hellouin de Menibus, E. Hamard, T. Colinart

Pages: 210-216

Earth construction materials: From past to modern buildings Author(s): J. E. Aubert

Pages: 217-220

Chp 1. Innovations in bio-based building materials - Innovative materials

Effects of Bacillus Subtilis on the compressive strength, porosity and rapid chloride permeability of concrete Author(s): T. H. Nguyen, E. Ghorbel

Pages: 223-228

Characterisation of light weight concrete impregnated with cement and charcoal Author(s): T. G. Bikoko, V. Y. Katte, G. N. Bawe, M. Fokou Dongmene, F. N. Okonta, J. C. Tchamba

Pages: 229-237

Regenerative hydrogel-based living microbial mortars: investigation of viability and strength in successive material generations Author(s): S. L. Williams, J. Artier, J. Qiu, C. Heveran, A. Nagarajan, M. Hubler, S. M. Cook, J. C. Cameron, W. V. Srubar III

Pages: 238-243

Adhesion and rheology of fresh mortar joints: effects of organic additions Author(s): R. Bouras, C. Si Hadj Mohand, M. Sonebi

Pages: 244-248

Rheological properties of 3D printing concrete containing sisal fibres Author(s): M. Bohuchval, M. Sonebi, S. Amziane, A. Perrot

Pages: 249-255

Mechanical properties of 3D bio-printing cement-based materials Author(s): M. Rubio, M. Sonebi, S. Amziane, A. Perrot

Pages: 256-261

Chp 2. Characterisation and modelling of bio-based material properties - Mechanical properties

Potential of oleaginous flax fibre as mortar reinforcement Author(s): M. Saad, V. Sabathier, A. Turatsinze, C. Magniont

Pages: 263-269

Assessing variability of hemp concrete properties during experimental tests: a focus to specimens' number Author(s): C. Niyigena, S. Amziane, A. Chateauneuf

Pages: 270-278

Selected properties of concrete containing palm fibers Author(s): M. Machaka, A. Elkordi, H. Ghanem, J. Khatib, O. Baalbaki

Pages: 279-286

The effect of hydraulic cements on the flexural behavior of wool reinforced mortars Author(s): A. P. Fantilli, D. Jóźwiak-Niedźwiedzka

Pages: 287-292

Lateral load carrying capacity of timber walls filled hemp concrete: experimental and numerical investigation Author(s): H. Wadi, S. Amziane, E. Toussaint, M. Taazount

Pages: 293-299

Effect of coconut fiber content on the mechanical properties of mortars Author(s): T. T. H. Bui, M. Boutouil, N. Sebaibi, D. Levacher

Pages: 300-307

Mechanical and physical properties of mortar of partially replaced fine aggregates with sawdust Author(s): O. Nanayakkara, J. Xia

Pages: 308-313

Tensile performance of lime-based natural-fibre composites as strengthening systems for masonry Author(s): N. Trochoutsou, M. Di Benedetti, K. Pilakoutas, M. Guadagnini

Pages: 314-320

Induced modification of flexural toughness of bio-lime based mortars by addition of giant reed fibers Author(s): D. Badagliacco, B. Megna, A. Valenza

Pages: 321-327

Chp 2. Characterisation and modelling of bio-based material properties - Thermal and acoustic properties

Effect of compaction on thermal and hygric properties of hemp composites Author(s): M. Viel, F. Collet, C. Lanos

Pages: 329-333

INFLUENCE OF CORK POWDER GRAINSIZE IN THERMAL AND MECHANICAL PROPERTIES OF CORK-NHL MORTARS Author(s): B. Megna, D. Badagliacco, C. Sanfilippo, A. Valenza

Pages: 352 - 356

TOWARDS A BETTER UNDERSTANDING AND KNOWLEDGE OF BIOBASED MATERIALS THROUGH A NEW ACOUSTIC DATABASE Author(s): P. Glé, T. Blinet, C. Guigou-Carter, T. Falwisanner, E. Kadri, F. Bou-Cherifi

Pages: 357 - 364

Chp 2. Characterisation and modelling of bio-based material properties - Hygroscopic behaviour

HYGRIC PROPERTIES OF MATERIALS USED FOR ISOBIO WALL SOLUTION FOR NEW BUILDINGS Author(s): P. Glé, T. Blinet, C. Guigou-Carter, T. Falwisanner, E. Kadri, F. Bou-Cherifi

Pages: 367 - 373

A LOCAL KINETICS OF SORPTION MODEL: THEORETICAL BACKGROUND AND APPLICATION TO THE SIMULATION OF AN ISOBIO DEMONSTRATOR Author(s): N. Reuge, F. Collet, S. Moissette, M. Bart, S. Pretot, C. Lanos

Pages: 374 - 380

MOISTURE BUFFERING CAPACITY OF CLAY BASED PLASTERS Author(s): A. Phelipot-Mardelé, F. Collet , Y. Jiang, C. Lanos, M. Lawrence, M. Lemke

Pages: 381 - 388

DURABILITY AND HYGROTHERMAL PERFORMANCE OF BIO- BASED MATERIALS IN NORTHERN EUROPEAN CLIMATE Author(s): M. Sinka, V. Obuka, D. Bajare. A. Jakovics

Pages: 389 - 395

BIO-BASED AND RECYCLED MATERIALS: CHARACTERISATION AND HYGROTHERMAL ASSESSMENT FOR PASSIVE RELATIVE HUMIDITY Author(s): A. Romano, A. Bras, S. Grammatikos, A. Shaw and M. Riley

Pages: 396 - 401

Chp 2. Characterisation and modelling of bio-based material properties - Durability

PORE STRUCTURE AND CARBONATION OF HYDRATED LIME MORTAR WITH MUSSEL SHELL AGGREGATE Author(s): C. Martínez-García; B. González-Fonteboa; D. Carro-López; F. Martínez-Abella

Pages: 403 - 409

THE EFFECT OF LONG TERM WEATHERING AND CARBONATION ON HEMP AND RAPESEED STRAW CONCRETE Author(s): J. Sheridan, M. Sonebi, S. Taylor, S. Amziane

Pages: 410 - 415

MOISTURE- AND FREEZE-THAW-INDUCED DETERIORATION OF NATURAL FIBER COMPOSITES WITH LOW FIBER CONTENTS Author(s): K. Noonan, K. Hess, W. Srubar

Pages: 416 - 422

BEHAVIOUR OF BIO-BASED MATERIAL IN MULTILAYER WALL DURING FIRE TEST Author(s): M. Dalmais, V. Colson, T. Le Cunff,O. Jadeau, C. Lanos

Pages: 423 - 429

NATURAL FIBER-REINFORCED PLASTICS COMPOSITES: LONG-TERM PHYSICO-STRUCTURAL PERFORMANCE IN FAÇADES Author(s): D. Friedrich

Pages: 430 - 437

DURABILITY OF FLAX/BIO-EPOXY COMPOSITES INTENDED FOR STRENGTHENING APPLICATIONS IN CONSTRUCTION Author(s): K. Benzarti, R. Chlela, M. Quiertant, S. Zombre, L. Curtil, M. Michel

Pages: 438 - 443

ASSESSMENT OF STRAW DEGRADATION INSIDE STRAW BALE WALLS IN SEVERE COLD REGION OF CHINA Author(s): Yin.Xunzhi, Lawrence.Mike, Daniel.Maskell, Sun.Cheng

Pages: 444 - 450

COMPARISON OF PHYSICAL AND MECHANICAL PROPERTIES OF CEMENTITIOUS MORTARS REINFORCED WITH NATURAL AND SYNTHETIC FIBRES PRIOR AND AFTER WET/DRY CYCLES Author(s): B. Poletanović, I. Merta, A. Šajna, A. Mauko Pranjić, A. Mladenović

Pages: 451 - 455

DURABILITY OF BIO-BASED BUILDING MATERIALS Author(s): R. D. Toledo Filho, M. Y. R. da Gloria, V. M. Andreola

Pages: 456 - 461

Chp 2. Characterisation and modelling of bio-based material properties - Microstructure and Porosity

POTENTIAL OF X-RAY TOMOGRAPHY FOR THE EXPLORATION OF VEGETAL CONCRETES’ POROUS STRUCTURE Author(s): M. Lagouin, P. Sénéchal, P. Moonen, C. Magniont, J.E. Aubert, A. Laborel-Prénéron

Pages: 463 - 470

THERMO-STRUCTURAL BEHAVIOR OF SOFTWOOD UNDER HIGH X-RAY TOMOGRAPHY RESOLUTION Author(s): K. Abahri, D. Kosiachevskyi, A. Rima, C. El Hachem, M. Chaouche

Pages: 471 - 477

MICRO-ANALYSIS ON THE INTERNAL STRUCTURE OF FIBRE-SOIL COMPOSITE Author(s): Humphrey Danso

Pages: 478 - 484

WATER TRANSPORT PROPERTIES OF CEMENT MORTARS WITH MUSSEL SHELL AGGREGATE Author(s): Martínez-García, Carolina; González-Fonteboa, Belén; Carro-López, Diego; Martínez-Abella, Fernando

Pages: 485 - 491

WATER-RESISTANCE STUDY OF LINEAR FRICTION-WELDED THERMO- TREATED BEECH USING TOMOGRAPHY Author(s): P. Lu, E. Baldenberger , P. Perré

Pages: 492 - 495

Chp 2. Characterisation and modelling of bio-based material properties - Innovative Testing Methods

CHARACTERISATION OF VEGETAL COMPOUNDS RESPONSIBLE FOR THE SETTING DELAYS IN HYDRAULIC BINDERS Author(s): R. Pellet, S. Marceau, D. Diafi, A. Tagnit-Hamou, F. Farcas

Pages: 497 - 502

OPTIMIZING PRECIPITATION METHOD OF MICROBIAL CARBONATE PRECIPITATION ON MODEL RECYCLED AGGREGATE Author(s): Welai Zeng, Yuxi Zhao, Zhangyao Feng, Zhenmei Lv, Surendra P. Shah

Pages: 503 - 507

DEVELOPMENT OF A METHOD FOR ASSESSING RESISTANCE TO MOLD GROWTH: APPLICATION TO BIO-BASED COMPOSITES Author(s): M. Viel, F. Collet, Y. Lecieux, M. François, V. Colson, C. Lanos, A. Hussain4 and M. Lawrence

Pages: 508 - 515

Chp 3. Applications of bio-based building materials - Valorization of mineral and recycled materials

THE DEVELOPMENT OF CELLULAR LIGHTWEIGHT CONCRETE MADE FROM OIL PALM FIBER AND BIOCHAR Author(s): Panisa Sangkeaw, Withit Pansuk, Rungrawee Wattanapornprom

Pages: 517 - 524

BIOCHAR-CONCRETE COMPOSITE: MANUFACTURING, CHARACTERIZATION AND PERFORMANCE EVALUATION AT ELEVATED TEMPERATURE Author(s): Souradeep Gupta, Harn Wei Kua, Sze Dai Pang

Pages: 525 - 531

USE OF NATURAL MINERALS AS PROTECTIVE BARRIERS OF BACTERIA FOR SELF-HEALING MORTAR Author(s): M.M. Tezer, Z.B. Bundur

Pages: 532 - 537

PRELIMINARY STUDIES OF HEMP AND RECYCLED AGGREGATE CONCRETE Author(s): Samer Ghosn, Nour Cherkawi, Bilal Hamad

Pages: 538 - 542

CHARACTERIZATION OF MUSSEL SHELLS AS A BIO-BASED BUILDING INSULATION MATERIAL Author(s): Martínez-García, Carolina; González-Fonteboa, Belén; Carro-López, Diego; Martínez-Abella, Fernando; Juan Luis Pérez Ordóñez

Pages: 543 - 549

PROPERTIES OF CONCRETE MADE OF FINE AGGREGATES PARTIALLY REPLACED BY INCINERATED MUNICIPAL SOLID WASTE BOTTOM ASH Author(s): O. Baalbaki, A. Elkordi, H. Ghanem, M. Machaka, J. M. Khatib

Pages: 550 -556

WASTE GLASS REUSE IN GEOPOLYMER BINDER PREPARED WITH METAKAOLIN Author(s): A. Bouchikhi, M. Benzerzour, N.-E. Abriak, W. Maherzi, Y. M.-Pajany

Pages: 557 - 562

EFFECT OF RECYCLED PET FIBERS INCLUSION ON THE SHRINKAGE OF ADOBE BRICK Author(s): G. R. L. Tavares, M. S. Magalhães

Pages: 563 - 568

PREDITION OF DEFLECTION IN REINFORCED CONCRETE BEAMS CONTAINING PLASTIC WASTE Author(s): A. Jahami, J. Khatib, O. Baalbaki, M. Sonebi

Pages: 569 - 573

Chp 3. Applications of bio-based building materials - Agro by-products

EXPERIMENTAL INVESTIGATION ON THE USE OF ALFA FIBERS AS REINFORCEMENT OF CEMENTITOIUS MATERIALS Author(s): S. Ajouguim, C. Djelal, J. Page, M. Waqif, K. Abdelouahdi, L. Saâdi

Pages: 575 - 581

FORMULATION OF LIME MORTARS BASED ON NATURAL FIBERS AND WASTE MATERIALS FOR MORE SUSTAINABLE BUILDINGS Author(s): B. Megna, D. Badagliacco, C. Sanfilippo, T. La Mantia, L. Ercoli, A. Valenza

Pages: 582 - 587

COMPARISON OF CRIMSON FOUNTAINGRASS AND DISS FIBRES AS AGGREGATES FOR CEMENT MORTARS Author(s): A. Valenza, D. Badagliacco, T. La Mantia, L. Ercoli, B. Megna

Pages: 588 - 593

USE OF ALTERNATIVE AGGREGATE FOR LIGHTWEIGHT CONCRETE PRODUCTION Author(s): M. Silveira, L. Menali, M. da Gloria, R. Toledo Filho and S. Ferreira

Pages: 594 - 600

RECYCLING OF RAW WHEAT HUSK TO MANUFACTURE MAGNESIA CEMENT BASED LIGHTWEIGHT BUILDING MATERIALS Author(s): V. Barbieri, M. Lassinantti Gualtieri, C. Siligardi

Pages: 601 - 608

Chp 3. Applications of bio-based building materials - Life cycle and environmental assessment

DYNAMIC LIFE CYLE CARBON ASSESSMENT OF THREE BAMBOO BIO-CONCRETES IN BRAZIL Author(s): L. Caldas, F. Pittau, V. Andreola, G. Habert, A. Saraiva, R. Toledo Filho

Pages: 611 - 617

LIFE CYCLE SUSTAINABILITY ASSESSMENT OF ENZYME-INDUCED CARBONATE PRECIPITATION (EICP) FOR FUGITIVE DUST CONTROL Author(s): A.J. Raymond, C. Purdy, T. Fox, A. Kendall, J.T. DeJong1, E. Kavazanjian Jr., M. Woolley, K. Martin

Pages: 618 - 625

OPPORTUNITIES FOR REDUCING GREENHOUSE GAS EMISSIONS OF INSULATION MATERIALS IN CANADA AFTER CANNABIS LEGALIZATION Author(s): A. Arrigoni, D. K. Panesar

Pages: 626 - 631

NUMERICAL STUDIES OF THE HYGROTHERMAL BEHAVIOUR OF A HEMP CONCRETE WALL: DIMENSIONLESS STUDY OF THE TRANSFER EQUATIONS Author(s): M. Benhaled, S.-E. Ouldboukhitine, S. Amziane

Pages: 632 - 637

Chp 3. Applications of bio-based building materials - Social Issues

WHAT IS SUSTAINABLE OR LOW IMPACT CONCRETE? Author(s): O. Kinnane, R. O’Hegarty, A. Reilly

Pages: 639 - 644

THE CORIANDER STRAW, AN ORIGINAL AGRICULTURAL BY-PRODUCT FOR THE PRODUCTION OF BUILDING INSULATION MATERIALS Author(s): E. Uitterhaegen, L. Labonne, S. Ballas, T. Véronèse, Ph. Evon

Pages: 645 - 651

A PICTURE ON BIO-BASED BUILDING MATERIALS AS THERMAL INSULATION FOR SUSTAINABLE BUILDINGS Author(s): Z. F. El Faridy, A. Trabelsi, F. Kuznik

Pages: 652 - 659

PERFORMANCE OF BIO-BASED BUILDING MATERIALS - PRODUCTS MEETING EXPECTATIONS Author(s): D. Jones

Pages: 660 - 667

Chp 3. Applications of bio-based building materials - Case studies

AGROBLOC PROJECT: BIO-BASED CONCRETE MASONRY BLOCKS Author(s): S. Le Thierry, J. Rasori

Pages: 669 - 675

RESEARCH DEVELOPMENT OF GLUED LAMINATED BAMBOO (GLUBAM) AND CROSS-LAMINATED BAMBOO AND TIMBER (CLBT) Author(s): Y. Xiao

Pages: 678 - 681

CASE STUDY: DEVELOPMENT AND EVALUATION METHODS FOR BIO-BASED CONSTRUCTION REALIZED WITH PAPER-BASED BUILDING MATERIALS. Author(s): E. Kanli, R. Bach, R. Götzinger, N. Kiziltoprak,U. Knaack, S.Schabel, J. Schneider

Pages: 682 - 689

DEVELOPMENT OF (INTERACTIVE) FACADE ELEMENTS ON BASE OF WASTE MATERIALS OF (WASTE) WATER COMPANIES Author(s): Willem Böttger, Wouter van Olphen, Jasper Sluis, Mark Lepelaar

Pages: 690 - 695

PERFORMANCE OF BIO-BASED FACADES Author(s): S. Verspeek, F. Van der Burgh

Pages: 696 - 701

APPLICATION OF HEMP-LIME RENDERS TO IMPROVE INSULATION OF WALLS. Author(s): J. McGinn, S. Pavia, O. Kinnane

Pages: 702 - 707

DEVELOPMENT OF BIOCHAR BASED INORGANIC BIO-COMPOSITE WITH IMPROVED THERMAL AND MOISTURE PERFORMANCE Author(s): Hwayoung Lee, Seunghwan Wi, Jongki Lee, Sungwoong Yang, Sumin Kim

Pages: 733 - 734

Chp 4. Extended Abstracts - Innovations in bio-based building materials

CHARACTERIZATION AND TREATMENTS OF DISS FIBERS FOR BIOCOMPOSITES MANUFACTURE Author(s): M. Nouri, M.Tahlaiti, F. Grondin

Pages: 709 -710

A LIGHTWEIGHT MAGNESIA-BASED CEMENT BY ORGANIC TEMPLATING Author(s): M. Lassinantti Gualtieri, V. Barbieri, C. Siligardi

Pages: 711 -712

INFLUENCE OF A BIOADMIXTURE ON ADHESION PHENOMENA BETWEEN CONCRETE AND FORMWORK Author(s): C. Chadfeau, E. Belhaj, S. Omary, C. Fond, F. Feugeas

Pages: 713 - 714

PROPERTIES OF MYCELIUM-COMPOSITE BIOBASED INSULATION MATERIALS WITH LOCAL ORGANIC WASTE STREAMS AS SUBSTRATE AND AFTER USE FOR MUSHROOM CULTIVATION. Author(s): J. F. Vette, W. O. J. Böttger

Pages: 715 - 716

GYPSUM REPLACEMENT MATERIAL – A BIOBASED PROPOSAL Author(s): A. P. Blanchet, A. Vu, A. Cloutier, B. Bissonnette

Pages: 717 - 718

Chp 4. Extended Abstracts - Thermo-physical characteristics of 3BM

COMPARISON OF THE PERFORMANCE OF BIO-BASED INSULATION MATERIALS WITH TRADITIONAL EXPANDED POLYSTYRENE Author(s): P. Blanchet, C. Lafond

Pages: 721 - 722

HYGROTHERMAL PERFORMANCE OF A STRAW BALE BUILDING Author(s): L. Freitas Dutra, G. Promis, O. Douzane, A.D. Tran Le, T. Langlet

Pages: 723 - 725

WHICH TEMPERATURE-DEPENDENT SORPTION MODELS COULD BE USE TO PREDICT MASS TRANSFERS IN BIO-BASED BUILDING MATERIALS? Author(s): G. Promis, L. Freitas Dutra1, O. Douzane, A.D. Tran Le, T. Langlet

Pages: 726 - 728

ACOUSTICAL PROPERTIES OF HEMP-CLAY : FROM MATERIAL TO WALL SCALE Author(s): P. Glé, G. Massosa-Telo, E. Gourdon, A. Hellouin-de-Menibus, M. Degrave-Lemeurs

Pages: 729 - 730

EXPERIMENTAL INVESTIGATION AND NUMERICAL MODELLING OF HEAT AND MOISTURE TRANSFER OF A WALL BASED ON DATE PALM FIBERS CONCRETE Author(s): T. Alioua, A. Boudenne, N. Chennouf, B. Agoudjil, K. Benzarti

Pages: 731 - 732

Chp 4. Extended Abstracts - Mechanical properties and durability of 3BM

Chp 4. Extended Abstracts - Social and environmental issues of bio-based building materials