International Journal of
Physical Sciences

  • Abbreviation: Int. J. Phys. Sci.
  • Language: English
  • ISSN: 1992-1950
  • DOI: 10.5897/IJPS
  • Start Year: 2006
  • Published Articles: 2572

Full Length Research Paper

Effect of basalt on the mechanical and thermal behavior of a lightweight concrete based on Typha australis

Azibert Oumar Abdelhakh
  • Azibert Oumar Abdelhakh
  • National Higher Institute of Science and Technology of Abéché (INSTA), Chad.
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Alhadj Hisseine Issaka
  • Alhadj Hisseine Issaka
  • MAO National Higher Petroleum Institute (INSP/M), Chad.
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Malloum Soultan
  • Malloum Soultan
  • Faculty of Exact Sciences, University of N’Djamena, Chad.
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Djibril Sow
  • Djibril Sow
  • Materials and Energy Laboratory, University Institute of Technology (IUT), Iba Der THIAM University of Thiès (UTDT), Senegal.
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Salif Gaye
  • Salif Gaye
  • Materials and Energy Laboratory, University Institute of Technology (IUT), Iba Der THIAM University of Thiès (UTDT), Senegal.
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  •  Received: 26 October 2023
  •  Accepted: 22 January 2024
  •  Published: 29 February 2024

References

Ababacar SD, Harouna MB, Oumar D, Mamadou BN, Mamadou W, Salif G (2021). Thermophysical characterization of Typha's Concrete for its integration into Construction. Journal of Building Construction and Planning Research 8(4) 
Crossref

 

Adam G, Mamadou BN, Oumar D, Harouna MB, Salif G (2021). Optimization of the Mechanical Formulation of Typha Concrete. International Journal of Innovative Technology and Exploring Engineering 9(3):2278-3075.

 

Ahmadou D, Macodou T, Mamadou BN, Oumar D, Harouna MB, Salif G (2020). Improving the Stability of the Inflatable Soil of Diamniadio by Using Typha Australis in Order to Value It in Partitioning Wall. Journal of Building Construction and Planning Research 8(4). 

 

Azibert OA (2016). Improvement in the energy efficiency of buildings through the use of lightweight concrete based on Typha australis. Doctoral thesis. Thermal, energy systems and environment. University of Thiès, Senegal.

 

Azibert OA, Abdallah DM, Ali A and Salif G (2021). Mechanical and Water Characterization of a Light Concrete Based on Typha Australis. Asian Journal of Physical and Chemical Sciences 9(2):36-43.
Crossref

 

Azibert OA, Ahmat MS, Malloum S, Djibril S, Gilbert M, Salif G (2016). Improving energy efficiency of buildings by using a light concrete based on Typha australis [2016 3rd International conference on renewable energies for developing countries]. 

 

Bernard B (2014). Ile-de-France sectors of bio-sourced materials and products for construction. Study report, ARENE Ile de France.

 

Cerezo V (2005). Mechanical, thermal and acoustic properties of a material based on plant particles: experimental approach and theoretical modeling. Doctoral thesis. Mechanics, Energy, Civil Engineering and Acoustics. INSA Lyon, France.

 

Clement P, Philippe C, Matteo B, and Hamza B (2023). On the Acoustical caracterization and Modeling of Typha Reed Aggregates and Stems-Typha Combustible and Construction in West Africa Project. International Conference on Bio-Based Building Materials 45(623):911-925.
Crossref

 

Diaw AS, Sow D, Ndiaye MB, Azibert OA, Wade M, Gaye S (2016). Valorization of Typha australis by its integation in building construction materials. International Journal of Emerging Technology and Advanced Engineering 6(1):34-37.

 

Jannot Y (2011). Theory and practice of thermal metrology. Laboratory of Energy and Theoretical and Applied Mechanics. University of NANCY.

 

Labouda B, Ikram E, Cheikh SEK, Moumen D, and Mamoudou N (2020). The influence of Typha Australis as an insulation panel on the thermal performance of building. 6th International Conference on Energy and City of the Future 170(01003):5. DOI: 
Crossref

 

Marthe TD, Salif G, Ababacar T, Dorothé A (2011). Determination of the thermo-physical and mechanical properties of typha australis. Applied energetics laboratory, DAKAR Polytechnic Higher School, Senegal pp. 1-6.