Article In: orcid, scopus, cienciavitae

Numerical and experimental study on improving temperature uniformity of solar furnaces for materials processing

Solar Energy

Li, B.; Oliveira, F.A.C.; Rosa, L.G. — 2015

Key information

Authors:

Li, B. (Bin Li); Oliveira, F.A.C. (Fernando de Almeida Costa Oliveira); Rodríguez, J.; Fernandes, J.C. (José Jorge Lopes da Cruz Fernandes); Rosa, L.G. (Luís Manuel Guerra da Silva Rosa)

Published in

May 1, 2015

Abstract

Numerical simulation and experimental study of new type test setup based on the indirect irradiation are presented. The objective is to develop new technical ways to improve the temperature control and homogeneity conditions in reaction chambers for materials processing in solar furnaces. The finite element analysis package ABAQUS was used for heat transfer analysis (including conduction, radiation and convection in the thermal model) and K type thermocouples were installed for measuring temperatures at key spots in the test setup. The tests were conducted at a solar furnace of PSA (Plataforma Solar de Almería), where it was demonstrated that temperatures at key spots of the new test setup can be controlled in an accurate fashion by adjusting the openness of the shutter. For example, the desired temperature 800 °C can be controlled within the range ±5 °C. In order to understand the influencing factors for temperature control and uniformity, two receiver materials (stainless steel AISI 310 and molybdenum disilicide MoSi2) and three configurations were studied and the results are compared in this work. It is shown that the thermal model developed in this research is capable of predicting the thermal performance of the test setup and good agreement was shown by comparison with experimental results. Useful information can be drawn from the present study for improving the design of new type solar furnace based on indirect irradiation for high temperature materials processing.

Publication details

Authors in the community:

Publication version

AO - Author's Original

Title of the publication container

Solar Energy

First page or article number

95

Last page

108

Volume

115

DOI

10.1016/j.solener.2015.02.023

WoS (Web of Science)

WOS:000355043600010

Fields of Science and Technology (FOS)

materials-engineering - Materials engineering

Publication language (ISO code)

eng - English

Alternative identifier (URI)

http://www.scopus.com/inward/record.url?eid=2-s2.0-84924331284&partnerID=MN8TOARS

Rights type:

Only metadata available

Financing entity

European Commission

Identifier for the funding entity: 312643