The quality of baked products is the complex, multidimensional result of a recipe, and a controlled heating process to produce the desired final properties such as taste, colour, shape, structure and density. The process of baking a sponge cake in a convective oven at different air temperatures (160-180-220 °C) leading to the same loss of mass was considered in this study. A special mould was used which allowed unidirectional heat transfer in the batter. Instrumentation was developed specifically for online measurement of weight loss, height variation and transient temperature profile and pressure in the product. This method was based on measuring heat fluxes (commercial sensors) to account for differences in product expansion and colour. In addition, measurement of height with a camera was coupled to the product mass to calculate changes in density over time. Finally, combining this information with more traditional measurements gave a better understanding of heat and mass transfer phenomena occurring during baking.
Jefferson D, Lacey A, Sadd P. Understanding crust formation during baking. Journal of Food Engineering. 2006;(4):515–21.
2.
Zareifard M, Marcotte M, Dostie M. A method for balancing heat fluxes validated for a newly designed pilot plant oven. Journal of Food Engineering. 2006;(3):144–58.
3.
Sumnu G, Sahin S, Sevimli M. Microwave, infrared and infrared-microwave combination baking of cakes. Journal of Food Engineering. 2005;(2).
4.
Standing C. Individual Heat-transfer Modes In Band Oven Biscuit Baking. Journal of Food Science. 1974;(2):267–71.
5.
Sommier A, Anguy Y, Dumoulin E, Rojas J, Vignolle M. Procedia Food Science. 2011;1165–72.
6.
Sommier A, Yaghlane B, Broyart H, B. Les transferts de chaleur et de matière. Application à une mousse solide : la génoise. Industries des céréales. 2002;12–8.
7.
Sommier A, Chiron H, Colonna P, Valle D, Rouille G, J. An instrumented pilot scale oven for the study of French bread baking. Journal of Food Engineering. 2005;(1):97–106.
8.
Sato H, Matsumura T, Shibukawa S. Apparent Heat-Transfer in a Forced-Convection Oven and Properties of Baked Food. Journal of Food Science. 1987;(1):185.
9.
Pyler E. Baking science and technology. 1973;
10.
Pierrel F, Newborough M. ASME Conference Proceedings. 2003;(37254):119–28.
11.
Mcfarlane I. ICHEME Symposium Series N o 126. 1992;351–8.
12.
Matz S. Bakery technology and engineering. 1972;(2):165–87.
13.
Lostie M, Peczalski R, Andrieu J, Laurent M. Study of sponge cake batter baking process. Part I: Experimental data. Journal of Food Engineering. 2002;(2):131–7.
14.
Li A, Walker C. Cake baking in conventional, impingement and hybrid ovens. Journal of Food Science. 1996;(1):188.
15.
Baik O, Marcotte M. Modeling the moisture diffusivity in a baking cake. Journal of Food Engineering. 2003;(1):27–36.
16.
Jefferson D, Lacey A, Sadd P. Crust density in bread baking: Mathematical modelling and numerical solutions. Applied Mathematical Modelling. 2007;(2):209–25.
17.
Hwang M, Hayakawa K. Bulk Densities of Cookies Undergoing Commercial Baking Processes. Journal of Food Science. 1980;(5).
18.
He H, Hoseney R. Gas Retention in Bread Dough During Baking. Cereal Chemistry. 1991;(5):521–5.
19.
Hasatani M, Arai N, Harui H, Itaya Y, Fushida N, Hori C. Effect of Drying on Heat-Transfer of Bread During Baking in Oven. Drying Technology. 1992;(3):623–39.
20.
Fahloul D, Trystram G, Mcfarlane I, Duquenoy A. Measurements And Predictive Modeling Of Heat Fluxes In Continuous Baking Ovens. Journal of Food Engineering. 1995;(4):469–79.
21.
Dunn J, White J. The leavening action of air included in cake batter. Cereal Chemistry. 1939;93–100.
22.
Chevallier S, Valle D, Colonna G, Broyart P, Trystram B, G. Structural and chemical modifications of short dough during baking. Journal of Cereal Science. 2002;(1):1–10.
23.
Bakshi A, Yoon J. Thermophysical properties of bread rolls during baking. Lebensm Wiss und Technol. 1984;(2):90–3.
24.
Baker B, Davis E, Gordon J. Glass And Metal Pans For Use With Microwave and Conventionally Heated Cakes. Cereal Chemistry. 1990;(5):448–51.
25.
Baik O, Sablani S, Marcotte M, Castaigne F. Modeling the thermal properties of a cup cake during baking. Journal of Food Science. 1999;(2):295–9.
26.
Baik O, Marcotte M, Castaigne F. Cake baking in tunnel type multizone industrial ovens -Part II. Evaluation of quality parameters. Food Research International. 2000;(7):599–607.
27.
Baik O, Marcotte M, Castaigne F. Cake baking in tunnel type multizone industrial ovens -Part I. Characteri-IJFS October. Food Research International. 2000;(7):587–98.
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