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Pilehvar, Shima
(2020).
Using Astronauts' Urine to Built Lunar Construction.
[Internet].
Live webinar with MAHSA University, Malaysia.
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Pilehvar, Shima & Kjøniksen, Anna-Lena
(2020).
Recent research into urea as a plasticizer for concrete on the Moon. Double Helix magazine.
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Kjøniksen, Anna-Lena & Pilehvar, Shima
(2020).
Urin als Baustoff für den Mond.
[Business/trade/industry journal].
MIT Technology Review science magazine's German edition.
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Pilehvar, Shima & Kjøniksen, Anna-Lena
(2020).
Basalt fiber reinforced geopolymer for construction on the Moon .
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Kjøniksen, Anna-Lena; Pilehvar, Shima; Valentini, Luca; Arnhof, Marlies & Pamies, Ramon Francisco Porras
(2020).
Geopolymers from Lunar Regolith for Building on the Moon.
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Pilehvar, Shima
(2019).
Designing different geopolymer mixtures for construction on the Moon.
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Pilehvar, Shima & Kjøniksen, Anna-Lena
(2019).
Forsker på Månebetong.
[TV].
NRK Distrikstnyheter Østfold.
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Kjøniksen, Anna-Lena; Pilehvar, Shima & Arnhof, Marlies
(2019).
Building a Base on the Moon? New Research in Regolith Concrete.
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Kjøniksen, Anna-Lena; Calejo, Maria Teresa Rebelo; Cao, Vinh Duy; Pilehvar, Shima; G. Sanfèlix, Susana & Szczotok-Piechaczek, Anna Maria
(2019).
Advanced Materials - From drug delivery by energy technology to 3D-printing concrete on the Moon.
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Kjøniksen, Anna-Lena; Calejo, Maria Teresa Rebelo; G. Sanfèlix, Susana ; Pilehvar, Shima; Szczotok-Piechaczek, Anna Maria & Cao, Vinh Duy
(2019).
Advanced Materials - From drug delivery by energy technology to 3D-printing concrete on the Moon.
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Pilehvar, Shima; Kjøniksen, Anna-Lena; Szczotok, Anna M. & Pamies, Ramon Francisco Porras
(2017).
The Effect of Micro-encapsulated Phase Change Materials on the Properties of Geopolymer and Portland Cement Concrete
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Pilehvar, Shima; Allahverdi, Ali & Mahinroosta, Mostafa
(2017).
A Temperature–Age Model For Prediction of Compressive Strength of Chemically Activated High Phosphorus Slag Content Cement.
International Journal of Civil Engineering.
ISSN 1735-0522.
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Cao, Vinh Duy; Pilehvar, Shima; Carlos, Salas Bringas; M. Szczotok, Anna & Kjøniksen, Anna-Lena
(2017).
The Effect of Microcapsulated Phase Change Materials on Thermal and Mechanical properties of Geopolymer Concrete.
Show summary
The energy consumption for heating and cooling of buildings increases every year. Improved t material technology can help reducing the energy consumption needed to keep a comfortable indoor temperature. By integrating microencapsulated phase change materials (MPCM), which has a very high energy storage capacity within the phase transition temperature, the energy storage capacity of concrete can be significantly improved. This will facilitate improved passive building technology with reduced the energy consumption.
Geopolymer concrete (GPC) is synthesized by alkali activation of aluminosilicate materials in amorphous form (industrial waste). Geopolymer concrete is much more environmentally friendly than Portland cement concrete, which has a negative effect on the environment due to emission of huge amounts of CO2. Therefore, the integration of MPCM to GPC provides a promising environmentally friendly material with a high energy storage capacity. However, knowledge regarding the effect of MPCM on the thermal and mechanical properties of geopolymer concrete is very limited.
In this study, high thermal energy storage capacity materials were fabricated by mixing MPCM into geopolymer concrete (GPC). The effect of different type and concentration of MPCM on improving the thermal properties of GPC has been examined. Furthermore, the negative effect on the compressive strength of geopolymer concrete received special attention. Optimizing the effect of MPCM on geopolymer concrete to improve thermal properties and maintain the compressive strength of the geopolymer concrete at an acceptable level for building application is the main target of this study.
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Cao, Vinh Duy; Pilehvar, Shima; Salas-Bringas, Carlos; M. Szczotok, Anna & Kjøniksen, Anna-Lena
(2017).
Smart Geopolymer Concrete Containing Microencapsulated Phase Change Materials for Passive Building Applications.
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Pilehvar, Shima
(2017).
Investigating the different types of micro-encapsulated phase change materials on the mechanical properties of Geopolymer concrete.
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Pilehvar, Shima
(2017).
Investigating the mechanical properties of geopolymer concrete with incorporated micro-encapsulated phase change materials.
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Pilehvar, Shima & Kjøniksen, Anna-Lena
(2016).
The mechanical behavior of geopolymer and Portland cement concrete with micro-encapsulated PCM.
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Pilehvar, Shima & Kjøniksen, Anna-Lena
(2016).
The Effect of Micro-encapsulated Phase Change Materials in Liquid State on Properties of Geopolymer and Portland Cement Concrete.
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Pilehvar, Shima
(2016).
Investigating the mechanical properties of Geopolymer concrete with micro-encapsulated phase change materials.
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Pilehvar, Shima
(2016).
Investigating the mechanical behavior of Geopolymer and Portland cement concrete with incorporated microencapsulate-phase change material.
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Pilehvar, Shima
(2016).
Influence of micro-encapsulated phase change materials on the mechanical properties of Geopolymer and Portland cement concretes.
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Pilehvar, Shima
(2015).
Investigating the mechanical behavior of Geopolymer and Portland cement concrete.
