Authors:Anikó Kovács, Katalin Badakné Kerti, and László Somogyi
Excessive consumption of added sugar is associated with many health problems, for example obesity, type 2 diabetes, etc. Hence there is an urgent need for the product reformulation by total replacement or partial reduction of sugar in food industry. The aim of this research was to study the effect of sugar substitution (by stevia and xylitol) on model confectionary systems. We investigated differences in the texture properties, the viscosity and thermal properties of the blends. Based on our results, the sugar substitution affects the physical properties of the measured samples. The apparent viscosity and the texture properties were changed due to the different dry matter content in the samples. In the differential scanning calorimeter (DSC) curves the different melting of the samples were expressed according to the changes in sugar content. Further work is needed in this field to follow up the discovered changes in thermal behaviour of these mixtures.
The work questions the significance of the steady-state R-value for high mass wall systems through experimental analysis of the thermal behavior of two stabilized rammed earth building components representing a building envelope subjected to variable temperatures in the form of 24 hour cyclic sinusoidal inputs. It shows that when the environment temperature is used to quantify the thermal fluctuation of a zone the response of the walls surfaces to energy cycles can be determined by dynamic thermal transfer properties expressed in accordance with EN ISO 13786: 2007 relating cyclic heat flux to cyclic temperature variations.
, Perino M. , Serra V. ( 2011 ), A numerical model to evaluate the thermalbehaviour of active transparent facades . Energy Build. , 43 ( 5 ), 1123 – 1138 . http://dx.doi.org/10.1016/j.enbuild.2010
is shown in Fig. 1 below. A representative catalyst LBC2 dried at 200 °C for 5 h was used for the thermalbehaviour investigation of the prepared catalyst. Figure 1. TGA/DTA of LBC2 dried at 200 °C The phase changes mechanism of the prepared
Authors:G. Lizia Thankam, T.R. Neelakantan, and S. Christopher Gnanaraj
for the large-scale manufacturing of the F-GFA Thermalbehavior of the F-GFA concrete and the variation of the same under different climatic conditions Future research to minimize the cost by identifying much simpler procedure for the synthesis of the
Authors:G. Lizia Thankam and Neelakantan Thurvas Renganathan
structures for the better behavior of structures. Reduction of CH content, less permeability, dense pore structure, and constituent materials (pozzolans) alter the thermalbehavior of concrete. For the complete elimination of CH, the amount required depends
. 218 – 227 , 2017 . 10.1016/j.expthermflusci.2016.08.023  A Kasaeian , R Daneshazarian , R Rezaei , F Pourfayaz , and G. Kasaeian , “ Experimental investigation on the thermalbehavior of nanofluid direct absorption in a trough