By J.M.P.Q. Delgado
This booklet, Drying and Wetting of creating fabrics and parts, offers a set of modern contributions within the box of drying and wetting in porous development materials.
The major advantage of the publication is that it discusses essentially the most very important issues on the topic of the drying and wetting tactics, particularly, ideas and developments in drying technology and know-how, drying mechanism and conception, apparatus, complex modelling, complicated simulation and experimentation. whilst, those issues can be going to the stumble upon of numerous medical and engineering disciplines.
The booklet is split in different chapters that intend to be a resume of the present kingdom of information for advantage of expert colleagues.
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Extra resources for Drying and Wetting of Building Materials and Components
Below the property list is a help area where the user can see a short description for the selected material attribute. In the center of the window is a graphic area where all materials are depicted in a two dimensional graph (Fig. 9, part 2). Each axis of the graph represents a specific material attribute which can be assigned from the two list controls located at the bottom of the window. This graph is very useful because the user can see how materials relate to one another according to the selected attributes that each axis represents.
The parameters of the proposed model (Ho, tc) result from an optimization technique to minimize the A. Moropoulou et al. 4 Capillary rise estimated parameters 1,0 0,1 0,0 1 10 100 t (s) residual sum of squares between experimental and calculated values of capillary height. The capillary time constant is calculated for experimental times until 100 s. Each set of parameters corresponds to a different building material. 2 is shown the experimental and theoretical values for capillary time constant tc for brick BRI.
Q. Delgado (*) · V. P. pt E. pt V. P. pt J. M. P. Q. 1007/978-3-319-04531-3_3, © Springer International Publishing Switzerland 2014 51 52 E. Barreira et al. Nomenclature a. b. n Empirical coefficients in model A Area h Initial sorption rate K Drying kinetic coefficient MR Moisture ratio. 1 Introduction External thermal insulation composite systems (ETICS) for walls—expanded polystyrene insulation faced with a thin rendering—have been used in various countries since the mid twentieth century.