Моделирование процессов в многоассортиментном и многооперационном комплексе производства хлебобулочных изделий
Диссертация
Корректное понижение размерности при решении задач трехмерной нестационарной теплопроводности возможно с использованием информации о габаритных размерах эллипсоидальных тел и факторе формы, зависящего от соотношения этих размеров. Представленная схема решения позволяет существенно сократить объем вычислений при реализации сеточной схемы без существенной потери точности. Установлены оптимальные… Читать ещё >
Список литературы
- Бараненко A.B., Куцакова В. Е., Борзенко Е. И., Фролов C.B. Примеры и задачи по холодильной технологии пищевых продуктов. Теоретические основы. СПб.: ГИОРД, 2008. — 272 с.
- Галаган Т.В. Совершенствование процесса вакуум-испарительного охлаждения хлебобулочных изделий. Автореф. дисс. канд. техн. наук. Орел, 2003.-22 с.
- Зенкевич О., Морган К. Конечные элементы и аппроксимации: Пер. с англ.-М.: Мир, 1986.-318 с.
- Кафаров В.В., Макаров В. В. Гибкие автоматизированные производственные системы в химической промышленности М.: Химия, 1990. -320 с.
- Кафаров, В.В., Мешалкин В. П. Анализ и синтез химико-технологических систем. М.: Химия, 1991. 431 с.
- Косачев B.C. Анализ чувствительности оптимального расписания многоассортиментного производства хлебобулочных изделий / B.C. Косачев, Е. П. Кошевой, A.A. Сергеев // Известия вузов. Пищевая технология. 2011. — № 5−6. С.82−84.
- Лыков A.B. Теория теплопроводности / A.B. Лыков. М.: Высшая школа, 1967. — 566 с.
- Антипов С.Т. Машины и аппараты пищевых производств / С. Т. Антипов, И. Т. Кретов, А. Н. Остриков и др.- под ред. Акад. РАСХН В. А. Панфилова. 2-е изд., перераб. и доп. — М.: КолосС, 2009. — 610 с. — т. 1.
- Панфилов В.А. Теория технологического потока / В. А. Панфилов -2-е изд., исправл. и доп. М.: КолосС, 2007. — 319 с.
- Панфилов В.А. Технологические линии пищевых производств (теория технологического потока) / В. А. Панфилов. М.: Колос, 1993. — 288с.
- Панфилов В.А., Ураков O.A. Технологические линии пищевых производств: создание технологического потока / В. А. Панфилов, O.A. Ураков. -М.:Пищевая промышленность, 1996. 472 с.
- Перов А.Г. Моделирование работы комплекса установок для экстрагирования многоассортиментного растительного сырья / А. Г. Перов. -Краснодар, 2009. 22 с.
- Пехович А.И., Жидких В. М. Расчеты теплового режима твердых тел / А. И. Пехович, В. М. Жидких. «Энергия» Л., — 1968. — 304 с.
- Положительное решение на выдачу патента не полезную модель Вакуум- охладитель / Е. П. Кошевой, B.C. Косачёв, A.A. Сергеев по заявке № 2 012 147 358 приоритет от 07.05.2013.
- Самарский A.A. Введение в теорию разностных схем / A.A. Самарский. -М.: Наука, 1974.
- Сергеев A.A. Оптимизация расписания работы многоассортиментного производства хлебобулочных изделий конвейерным способом / A.A. Сергеев, B.C. Косачев, Е. П. Кошевой // Хлебопродукты. 2011. -№ 6/- С. 52−53.
- Танаев B.C. Теория расписаний. Одностадийные системы / B.C. Танаев, B.C. Гордон, М. М. Шафранский Я: Наука, 1984. 384 с.
- Танаев B.C. Теория расписаний. Многостадийные системы / B.C. Танаев, Ю. Н. Сотсков, В. А. Струсевич. М.: Наука, 1989. — 322 с.
- Азаров Б.М. Технологическое оборудование хлебопекарных и макаронных предприятий / Б. М. Азаров, А.Т. Лисовенко- С. А. Мачихин и др.- под ред. С. А. Мачихина. М.- Агропромиздат, 1986. — 253 с.
- Ковальская JI.П. Технология пищевых производств / Л. П. Ковальская, И. С. Шуб, Г. М. Мелькина и др.- под ред. Л. П. Ковальской. М.: Колос, 1997. — 752 с.
- Флетчер К. Численные методы на основе методов Галеркина: Пер. с англ. М: Мир, 1988. — 150 с.
- Acker, R., Ball, K.M.J. Modulated vacuum cooling and vacuum treatment of bakery products. Getreide Mehl und Brot, V. 31, (1977), PP. 134−138.
- Anon. Bakery products cooled in minutes instead of hours. Modulated vacuum cooling is the key. Food Engineering International, V. 3, (1978), PP. 33−34.
- Anon. It’s cooler to work with a vacuum. Food Manufacture (May), (2004), PP. 53−54.
- Anon. Rapid vacuum cooling. Food Processing Industry, V. 9, (1981), 1. P. 49.
- Boongaling P. E., Zhou K. Technical advisor: John Camarda. Vacuum Cooling Bread. Optimizing vacuum cooling for Rudolph’s Bakery. Presented to Rudolph’s Bakeries Ltd. George Brown College Ontario Centres of Excellence: 5/21/2008.
- Bradshaw W. Modulated vacuum cooling for bakery products. Bakery Digest, V. 50, (1976), PP. 26 31.
- Brosnan Т., Sun D-W. (2003). Influence of Modulated Vacuum Cooling on the Cooling Rate, Mass Loss and Vase Life of Cut Lily Flowers. Biosystems Engineering, V. 86,1, PP. 45 49.
- Castro P.M., Harjunkoski I., Grossmann I.E. Effective Decomposition Algorithm for Multistage Batch Plant Scheduling. 20th European Symposium on Computer Aided Process Engineering ESCAPE20 S. Pierucci and G. Buzzi Ferraris (Editors) 2010.
- Chen, Y. I. Vacuum cooling and its energy use analysis. Journal of Chinese Agricultural Engineering, V. 32, (1986), PP. 43−50.
- Chibeles-Martins N., Pinto-Varela Т., Barbysa-Pyvoa A.P., Novais A.Q. A Meta-Heuristics Approach for the Design and Scheduling of Multipurpose Batch
- Plants. 20th European Symposium on Computer Aided Process Engineering -ESCAPE20 S. Pierucci and G. Buzzi Ferraris (Editors) 2010.
- Cleland A.C., Earle R.L. Simple method for prediction of heating and cooling rate in solids of various shapes, Int. J. Refrigeration, 1982, V. 5, PP. 98−106.
- Di Risio, T. Vacuum cooling in food processing. Prepared Foods, V. 159, (1990), PP. 195−197.
- Dincer I. Heat transfer parameter models and correlations for cooling applications. Heat and Mass Transfer, V. 36 (2000), PP. 57−61.
- Dostal, M., Petera, K. Vacuum cooling of liquids: Mathematical model. Journal of Food Engineering, V. 61(4), (2003), PP. 533−539.
- Drummond L., Sun D.-W. Temperature evolution and mass losses during immersion vacuum cooling of cooked beef joints A finite difference model. Meat Science, V. 80 (2008), PP. 885−891.
- Earle R.L., Fleming A.K. Cooling and freezing of lamb and mutton carcasses: 1. Cooling and freezing rates in legs, Food Technol. 1967, V. 21, PP. 79−84.
- Everington, D. W. Vacuum technology for food processing. In A. Turner (Ed.), Food technology international Europe (1993). (PP. 71−74). London: Sterling Publications Ltd.
- Feyissa A.H., Gernaey K.V., Ashokkumar S., Adler-Nissen J. Modelling of coupled heat and mass transfer during a contact baking process. Journal of Food Engineering, V. 106 (2011), PP. 228−235.
- Floudas, C.A.- Lin, X. (2004). Continuous-time versus discrete-time approaches for scheduling of chemical processes: a review. Computers and Chemical Engineering, V. 28, PP. 2109−2129.
- Food process modeling. Edited by L.M.M. Tijskens, M.L.A.T.M. Hertog and B.M. Nicolai. CRC Press LLC. 2001, P. 510.
- Hossain M.D.M., Cleland D.J., Cleland A.C. Prediction of freezing and thawing times for foods of regular multidimensional shape by using an analytically derived geometric factor, Int. J. Refrigeration, 1992, V. 15(4), PP. 227−34.
- Hussein W. B., Hecker F., Mitzscherling M., Becker T. Computer Modelling and Simulation of Bakeries' Production Planning. International Journal of Food Engineering, V. 5, № 2.
- Isik E. Comparison of the Thermodynamically Analysis of Vacuum Cooling Method with the Experimental Model. American Journal of Food Technology, V. 2 (4): PP. 217−227, 2007.
- Itou S. Vacuum cooling method and apparatus. Pat. USA № 5 088 293 Feb. V. 18, 1992.
- Kopanos G.M., Puigjaner L., Georgiadis M.C. Optimal Production Scheduling and Lot-sizing In Yoghurt Production Lines. 20th European Symposium on
- Computer Aided Process Engineering ESCAPE20 S. Pierucci and G. Buzzi Ferraris (Editors) 2010.
- Kratochvil, J. Effect of vacuum cooling on bread aroma. In Proceedings of the 5th symposium on aroma substances in foods, Prague, Czech Republic, (1981). PP. 143−149.
- Li Z., Ye J., Kobayashi N., Hasatani M. Modeling of Diffusion in Ellipsoidal Solids: A Simplified Approach to Solving Some Drying Problems. 16th International Congress of Chemical and Process Engineering 22−26 August 2004. Prague, Czech Republic.
- Lin Z., Cleland A.C., Sellarach G.F., Cleland D.J. A simple method for prediction of chilling times: extension to three-dimensional irregular shapes, Int. J. Refrigeration, 1996, V. 19, PP. 107−14.
- Luikov A.V. Systems of Differential Equations of Heat and Mass Transfer in Capillary Porous Bodies (Review), Int.J. Heat Mass Transfer, V.18, PP. 1−14, 1973.
- Mallikarjunan P, Mittal G. S, Optimum conditions for beef carcass chilling, Meat Sci., 1994, V. 39, PP. 215−23.
- Malpas, E. W. Vacuum equipment for evaporative cooling. Process Biochemistry (October), (1972), PP. 15−17.
- McDonald, K., Sun, D.W., 2000. Vacuum cooling technology for the food processing industries: A review. Journal of Food Engineering, V. 45 (2), PP. 55−65.
- Mendez C.A., Cerda J., Grossmann I. E., Harjunkoski I., Fahl M. State-of-the-art review of optimization methods for short-term scheduling of batch processes. Computers and Chemical Engineering, V. 30 (2006), PP. 913−946.
- Mendonca S.L.R., Filho C.R.B., da Silva Z.E. Transient conduction in spherical fruits: method to estimate the thermal conductivity and volumetric thermal capacity. Journal of Food Engineering, V. 67 (2005), PP. 261−266.
- Nicolas V., Salagnac P., Glouannec P., Jury V., Boillereaux L., Ploteau J.P. Modeling Heat and Mass Transfer in Bread during Baking Excerpt from the Proceedings of the COMSOL Conference 2010 Paris .
- Pasandideh-Fard M., Aziz S.D., Chandra S., Mostaghimi J. Cooling effectiveness of a water drop impinging on a hot surface. International Journal of Heat and Fluid Flow, V. 22 (2001), PP. 201−210.
- Pastukhov A., Danin V. Model development for fresh baked bread natural and forced cooling. 6th Baltic Conference on Food Science and Technology «Innovations for food science and production» FOODBALT-2011 Jelgava, Latvia May 2011, PP. 5−6.
- Pham Q. T., Coulter S., Modelling the chilling of pig carcasses using an evolutionary method. Proc. 19th Int. Congress of Refrigeration, The Hague, Ilia, PP. 676−83, 1995.
- Pinto, J.M., Grossmann, I.E. (1998). Assignments and sequencing models of the scheduling of process systems. Annals of Operations Research, V. 81, PP. 433 -466.
- Purlis E. Bread baking: Technological considerations based on process modelling and simulation. Journal of Food Engineering, V. 103 (2011), PP. 92−102.
- Purlis E., Salvadori V.O. Bread baking as a moving boundary problem. Part 1: Mathematical modeling. Journal of Food Engineering, V. 91 (2009), PP. 428 433.
- Purlis E., Salvadori V.O. Bread baking as a moving boundary problem. Part 2: Model validation and numerical simulation. Journal of Food Engineering, V. 91 (2009), PP. 434−442.
- Reinheimer M.A., Mussati S.F., Scenna N.J. Optimization of operating conditions of a cooling tunnel for production of hard candies. Journal of Food Engineering, V. 109 (2012), PP. 22−31.
- Sablani S. S., Marcotte M., Baik O. D., and Castaigne F., Review Article: Modeling of Simultaneous Heat and Water Transport in the Baking Process, Lebensm.-Wiss. U. Technol., V. 31, (1998), PP. 201−209.
- Sun D.-W., Zheng L. Vacuum cooling technology for the agri-food industry: Past, present and future. Journal of Food Engineering, V. 77 (2006), PP. 203 214.
- Sun H., Jin T., Xu L., Zhu H. Effective heat flux model for vacuum precooling. Journal of Food Processing and Preservation, V. 29 (2005), PP. 85−97.
- Sun, D.W., Brosnan, T., 1999. Extension of the vase life of cut daffodil flowers by rapid vacuum cooling. International Journal of Refrigeration, V. 22, PP. 472 478.
- Sun, D.W., Wang, L.J., 2000. Heat transfer characteristics of cooked meats using different cooling methods. International Journal of Refrigeration, V. 23 (7), PP. 508 516.
- Sun, D-W., Hu Z. CFD predicting the effects of various parameters on core temperature and weight loss profiles of cooked meat during vacuum cooling. Computers and Electronics in Agriculture, V. 34 (2002), PP. 111−127.
- Sun, D-W., Wang, L. (2001). Rapid cooling of porous and moisture foods by using vacuum cooling technology. Trends in Food Science & Technology, V. 12, PP. 174- 184.
- Sun, D-W., Wang, L. Development of a Mathematical Model for Vacuum Cooling of Cooked Meats. 16th International Congress of Chemical and Process Engineering 22−26 August 2004. Prague, Czech Republic.
- Sun, D-W., Wang, L. Development of a mathematical model for vacuum cooling of cooked meats. J. Food Eng., 2006, V.77, № 3, PP.379−385.
- Sundaramoorthy A., Maravelias C.T. A General Approach to Batch Scheduling. 20th European Symposium on Computer Aided Process Engineering -ESCAPE20 S. Pierucci and G. Buzzi Ferraris (Editors) 2010.
- Therdthai N., Zhou W., Adamczak T. Optimization of the Temperature Profile in Bread Baking. Journal of Food Engineering, V. 55, (2002), PP. 41−48.
- Thompson, J.F., Y.L. Chen andT.R. Rumsey, 1987. Energy use in vacuum coolers for fresh market vegetables, Am. Soc. Agric. Eng., PP. 87: 302.
- Thorvaldsson, K., Janestad, H., A Model for Simultaneous Heat, Water and Vapor Diffusion, Journal of Food Engineering, V. 40 (1999), PP. 167−172.
- Tong, C. H., Lund, D. B., Microwave Heating of Baked Dough Products with Simultaneous Heat and Moisture Transfer, Journal of Food Engineering, V. 19 (1993), PP. 319−339.
- Wang, L. J., Sun, D.-W. Recent developments in numerical modelling of heating and cooling processes—a review. Trends in Food Science & Technology, V. 14(10), (2003), PP. 408−423.
- Zanoni B., Peri C., Pierucci S., A Study of the Bread-Baking Process I: A Phenomenological Model, Journal of Food Engineering, V. 19, (1993), PP. 389−398.
- Zanoni B., Pierucci S., Peri C. Study of the Bread Baking Process II. Mathematical Modeling, Journal of Food Engineering, V. 23 (1994), PP. 321−336.
- Zhang J., Datta, A.K. Mathematical Modeling of Bread Baking Process, Journal of Food Engineering, V. 75 (2006), PP. 78−89.
- Zhang S.W., Abu Talib A.R., Mokhtar A.S., Kamal S.M.M. Design improvement in vacuum cooling system. International Journal of Engineering and Technology, V. 6, No. 1, 2009, PP. 51−59.
- Zhang Z., Drummond L., Sun D.-W. Vacuum cooling in bulk of beef pieces of different sizes and shape Evaluation and comparison to conventional cooling methods. Journal of Food Engineering, V. 116 (2013), PP. 581−587.
- Zheleva I., Kambourova V. Identification of heat and mass transfer processes in bread during baking. Thermal science: V. 9 (2005), No. 2, PP. 73−86
- Zheng L., Sun D.-W. Vacuum cooling for the food industry—a review of recent research advances. Trends in Food Science & Technology, V. 15 (2004), PP.555 568.