Research Database
Fire Performance
The Heat Conductivity Properties of Hemp–Lime Composite Material Used in Single-Family Buildings
Hygro/Humidity Regulation
The Effect of Different Mix Proportions on the Hygrothermal Performance of Hempcrete in the Canadian Context
Hygrothermal Performance of Hempcrete Infill Wall Systems in Cold Climates
Characterization of Hemp-Lime Bio-Composite
Thermo-hygrometric Behavior of Hempcrete Walls for Sustainable Building Construction in the Mediterranean Area
P Aversa, B Daniotti, G Dotelli, A Marzo, C Tripepi, S Sabbadini, P Lauriola, V A M Luprano, 2019
Experimental Highlight of Hygrothermal Phenomena in Hemp Concrete Wall
Effect of Temperature Dependent Sorption Characteristics of the Hygrothermal Behavior of Hemp Concrete
A.D. Tran Le a,*, D. Samrib, M. Rahim a, O. Douzane a, G. Promisa , T. Langlet a, 2015
Influence of Water Absorption on the Selected Properties of Hemp Hurd Composites
Experimental and Numerical Evaluation of the Hygrothermal Performance of a Hemp Lime Concrete Building: A Long Term Case Study
Bassam Moujalled, Yacine Ait Oumeziane, Sophie Moissette, Marjorie Bart, Christophe Lanos, Driss Samri, 2019
Monitoring the Hydrothermal Performance of a Hemp Lime Building: Experimental and Numerical Approach
Thermal Performance
Thermal Properties of Hempcrete, a Case Study
Thermal, Energy, and Indoor Environmental Quality Performance of the PA Hemp House
Pennsylvania Housing Research Center (PHRC) Ali Memari, Corey Griffin, Hojae Yi, Sarah Klinetob Lowe, Nadia Mirzai, and Mahsa Hashemi 2022
Thermal Conductivity of Hemp Concretes: Variation with Formulation, Density and Water Content
Moisture Fixation and Thermal Properties of Lime–Hemp Concrete
Dynamical Interactions Between Heat and Mass Flows in Lime-Hemp Concrete
Thermal Performance of Real-Life In-Situ Cast Lime Hemp Walls in Flanders
The Occurrence of Thermal Bridges in Hemp-Lime Construction Junctions
Structural
Study on Strength and Microstructure of Hempcrete
Study of Lime Hemp Concrete (LHC) – MixDesign, Casting Process and Mechanical Behavior
Mechanical and Thermal Properties of Hemp-Lime Composites
Structural Benefits of Hempcrete Infill in Timber Stud Walls
Effect of Compaction on Mechanical and Thermal Properties of Hemp Concrete
Tai Thu Nguyen*, Vincent Picandet*, Patrick Carre*, Thibaut Lecompte*, Sofiane Amziane**, Christophe Baley*, 2010
Characterization of Low Density Hemp-Lime Composite Building Materials Under Compression Loading
Physical Properties and Structure of Composite Made by Using Hemp Hurds and Different Binding Materials
Hemp Concretes Mechanical Properties using both Shives and Fibers
Characterisation of Hemp-Lime as a Composite Building Material
Overview on Bio-based Building Material made with Plant Aggregate
Utilization of Hemp Concrete as a Building Material
Properties of a Thermal-Insulating Wall Material based on Hemp Shives and Lime Binder
Acoustics
Hempcrete Noise Barrier Wall for Highway Noise Insulation
Energy Consumption
The Effectiveness of Hempcrete as an Infill Insulation in the Prairies Compared to a Standard Building Based on Power Consumption
Full-scale Studies of Improving Energy Performance by Renovating Historic Swedish Timber Buildings with Hemp-lime
Paulien Strandberg-de Bruijn, Anna Donarelli, Kristin Balksten, 2019
Environmental Impact
Hempcrete as a Sustainable Building Material
Joseph Updike
Hempcrete – An Environmentally Friendly Material?
Hemp–A Sustainable Building Material
Hempcrete from Cradle to Grave: the Role of Carbonatation in Material Sustainability
Alessandro Arrigoni, Dr. Renato Pelosato, Giovanni Dotelli, 2016
The Role of Industrial Hemp in Carbon Farming
James Vosper BSCHons, FRGS
Air Quality
Empirical Assessment of Indoor Air Quality and Overheating in Low-Carbon Social Housing Dwellings in England, UK
Rajat Gupta & Mariam Kapsali, 2014
Manufacturing
A Green Chemistry Approach to Pulping Hemp as an Industrially Relevant Renewable Fiber for Construction
Cai, Dr.Charles, 2020
Manufacturing of Building Blocks Using Hempcrete
Nayana Manohari T K , Sunil H G , Devika Rani , Akshay Kumar, 2016
Enhancement of Lime-Hemp Concrete Properties Using Different Manufacturing Technologies
M. Sinka, L. Radina, G. Sahmenko, A. Korjakins, D. Bajare, 2015
Innovation
The Development of Stabilised Clay-Hemp Building Material for Sustainability and Low Carbon Use
J.E. Oti, J.M. Kinuthia, 2020
Other
A Review of Alternative Building Materials in comparison to CMU: Hempcrete, Woodcrete, Papercrete
Rachelle Hornby, 2017
Study of a Hempcrete Wall Exposed to Outdoor Climate: Effects of the Coating
A.Piot, T.Béjat, A.Jay, L.Bessette, E.WurtzL.Barnes-Davin, 2016
Physical and Mechanical Properties of Hempcrete
İsmail Demir, *, Cüneyt Doğan, 2020
Use of Technical Hemp for Concrete - Hempcrete
Petra Novakova, Jiri Sal, 2019
Sorption Behavior of Lime-Hemp Concrete and Its Relation to Indoor Comfort and Energy Demand
Arnaud Evrard, 2006