Abstract

Climatic chamber machine at Climatherm laboratory was used for thermal test on wall model. This climatic chamber machine allows the measurement of different environmental variables. In this research, thermal performance tests were conducted on wall model imposing boundary condition vary the cavity distance between two wall elements and then these tests were performed in steady-state conditions. Wall model prepared from aluminum composite and was maintaining controlling the air temperature difference between the two chambers 20°C and the air debit constant. In the first part of this paper, a description of the climatic chamber machine, operation ranges, and theoretical work principles of the climatic chamber are presented. Then, the second part shows the results for the thermal test on wall model. The thermal test performed with the climatic chamber machine allows simulating environmental conditions accurately during in certain distance of cavity and specific air debit. As a result, the configuration settings value at the climatic chamber machine has to correction to reach the air temperature difference as planned. The air temperature difference at the beginning of the thermal conditions on wall model is less than the planned air temperature difference. However, this correction value of temperature shows agreement result with the value 20°C in temperature different.

Highlights

  • Contribution of this research, in general, is to contribute to the reduction of energy consumption and greenhouse gas emissions

  • The first tests activity of the climatic chamber climatic chamber in 2017 for thermal conditions of wall model classic and 2018 for the calculation coefficient of h on wall model surface [10, 11]. This apparatus has shown possibilities of controlling some atmospheric variables and had limitations on ambiance air temperature measurement. This activity has an improved method of the previous one; the ambient air temperature has a good agreement with the reference value of air temperature

  • This paper presents two main items: (i) the climatic chamber machine instrumentations; (ii) preliminary results of improvement to temperature ambiance of the climatic chamber

Read more

Summary

You may also like

To cite this article: D Sukamto et al 2019 IOP Conf. Ser.: Mater. - Thermo-hygrometric behavior of hempcrete walls for sustainable building construction in the Mediterranean area P Aversa, B Daniotti, G Dotelli et al

IOP Publishing
Introduction
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call