דף הבית > בלוג של ארבל אברהם, Ph.D.  Recent publications of A. Arbel Arbel A., Segal I. and Sokolov M. (1989). Development of a fresh water floating insulation solar pond for greenhouse heating. Acta Horticulturae 245:271-276. Segal I., Arbel A. and De Thysebaert D. (1989). A simple method for representation of solar radiation and weather data for design purposes. Acta Horticulturae 245:363-369. Arbel A., Zamir N. and Yekutieli O. (1989). Adaptation of greenhouse structure for desert conditions. Dapai Maida Bitaon Megadly Haprachim 3:42-43 (in Hebrew). Arbel A., Segal I., Yekutieli, O. and Zamir N. (1990). Natural ventilation of greenhouses in desert climate. Acta Horticulturae 281:167-174. Arbel A., Zamir N., Yekutieli O., Zvieli O., Ofenbach R. and Zabary Y. (1990). The influence of the greenhouse type - Low vs. High - on the inside climate conditions and on the yield and quality of tomato in the Arava. Hassadeh 70:888-890 (in Hebrew). Arbel A., Segal I., Yekutieli O. and Zamir N. (1990). Natural ventilation of greenhouses in desert climate. Acta Horticulturae 281:167-174. Arbel A. Yekutieli O. and Barak M. (1998). Greenhouses cooling by fogging system. Maim Vehashkaya 382: 7-14 (in Hebrew). Sokolov M. and Arbel A. (1990). Fresh water floating collector type solar pond. Solar Energy 44:13-21. Arbel A. and Sokolov M. (1991). Greenhouse heating with fresh water floating collector solar pond: a feasibility study. Journal of Solar Energy Engineering 113:66-72. Sokolov M. and Arbel A. (1992). Conditioning of utilizable energy by a thermostatic control of the thermosyphonic flow in solar systems. Solar energy 49:181-189. Arbel A. and Sokolov M. (1994). Improving load matching characteristics of a thermosyphonic solar system by thermostatically controlled circulation. Solar Energy 52:347-358. Arbel A., Yekutieli O. and Barak M. (1996). Fog system for cooling greenhouses. Mikun Vehandasa Bachaclaut 3:27-32 (in Hebrew). Shklyar A. and Arbel A. (1996). An application of the turbulence model to predict air flow and heat transfer in a greenhouse. Proceeding of the 26th Israel Conference on Mechanical Engineering, Haifa, Israel 309-311. Shklyar A. and Arbel A. (1996). Air flow and heat transfer prediction in a greenhouse ( turbulence model). Proceeding of the International conference on Agricultural Engineering, Madrid, Spain 409-410. Shklyar A. and Arbel A. (1998). The function of the viscous sublayer in numerical simulation of turbulence recirculating flow with heat transfer. "CHT'97: Advances in Computational Heat Transfer" Proceeding of the International Symposium on Advances in computational heat transfer, Cesme, Izmir, Turkey (Editors) G. de Vahal Davis and E. Leonardi, Begell House, Inc.; New York, 665-672. Shklyar A., Arbel A. and Sokolov M (1998). Navier-Stokes analyses of a supersonic ejector. Proceeding of the 27th Israel Conference on Mechanical Engineering, Haifa, Israel 301-303. Shklyar A..and Arbel A. (1998). Greenhouse wind ventilation: numerical simulations of the interaction between internal and external turbulence flow. ASAE Annual International Meeting, Orlando, Florida, ASAE Paper No. 987010. Arbel A. Yekutieli O. and Barak M. (1999). Performance of a fog system for cooling greenhouses. Journal of Agricultural Engineering Research 72:129-136. Arbel A., Shklyar A. and Barak M. (1999). Buoyancy-driven ventilation in a greenhouse cooled by a fogging system. Acta Horticulturae 534:327-334. Shklyar A, and Arbel A. (1999). Greenhouse turbulence flow numerical simulation. Acta Horticulturae 534:49-55. Arbel A., Hershgal D. and Sokolov M (1999). Solar-powered ejector air conditioner. Proceeding of the German-Israeli Workshop on Energy-Efficient Buildings, Ma'ale Hachamisha, Israel, 95-102. Shklyar A. and Arbel A. (2000). A weakly-coupled pressure fields numerical method for calculation of incompressible flow. Proceeding of the 28th Israel Conference on Mechanical Engineering, Beer-sheva, Israel 327-330. Shklyar A. and Arbel A. (2001). Numerical method for calculation of the incompressible flow in general curvilinear co-ordinates with double staggered grid. Accepted for publication in International Journal for Numerical Methods in Fluids. Arbel A., Shklyar A. and Barak M. (2001). Simulation model for a buoyancy-driven ventilation in a greenhouse cooled by a fogging system. Proceeding of the Fourth International Symposium on Mathematical Modelling and Simulation in Agricultural and Bio-Industries, M2SABI'01, Haifa, Israel. Arbel A. and Shklyar A. (2001). Internal and external turbulence flow numerical model for greenhouse. Proceeding of the Fourth International Symposium on Mathematical Modelling and Simulation in Agricultural and Bio-Industries, M2SABI'01, Haifa, Israel. Arbel A., Barak M. and Shklyar A. (2001). Recommended combination of forced ventilation and a fogging system for cooling greenhouses. Mikun Vehandasa Bachaclaut 5:8-14 (in Hebrew). Shmilovitch Z, Yekutieli O. Arbel A., Egozi H., Hofman A. Korotin B. Grinshpon Y., Rozenfeld L. and Bernstein Z. (2001). Processing 'Medjoul' dates after picking. Alon Hanotea 55:35-41 (in Hebrew). Arbel A., Yekutieli O. Kleinmann I., Barak M. and Shklyar A. (2002). Theoretical analysis of the characteristics of the forces resulting from the wind load on structures with flexible covering - part I. Gan Sade Vameshek, 2:65-70 (in Hebrew). Arbel A., Yekutieli O. Kleinmann I., Barak M. and Shklyar A. (2002). Theoretical analysis of the characteristics of the forces resulting from the wind load on structures with flexible covering - part II. Gan Sade Vameshek, in press (in Hebrew). Arbel A., Shklyar A. and Barak M. (2002). Application of CFD to agriculture - greenhouse airflow as an example. Mikun Vehandasa Bachaclaut, in press (in Hebrew). 30/01/08 | יום רביעי אין תגובות (0)