1-       البحثية: إنتاج ما يقرب من خمسة وعشرون بحثا علمياً – بالإضافة إلى عدد 7 رسائل ماجستير ورسالة دكتوراه.

4-ندوات :                  17 ندوه علمية

 المشاركة فى الرحلات - عضو أحد أسر الهندسة الزراعية

1. Ibrahim, M. H. and R. E. Muller. 1987. Heat pump brooding of broilers. Paper N.. 87 – 4033. American Society of Agricultural Engineers, St. Joseph., MI. U.S.A.
2. Ibrahim, M. H. 1990. Factors affecting energy demands of animal production in Egypt. Misr Journal of Agric. Eng., Vol. 7 No (2), PP 173- 182.
3. Ibrahim, M. H. 1990. A simplified treatment for transient temperature distribution in freezing food processing. Misr Society of Agric, Eng., Vol. 8 No (2), PP 100- 109.
4. Ibrahim, M. H. 1991. Heat and Moisture design data for broiler houses. Misr Society of Agric. Eng; Vol. 8 No (3), PP 154 - 161.
5. Ibrahim, M. H., L.E. Stewart, and L.E. Carr. 1991. A model for the heat pump brooding for broilers. Trans. of the ASAE. Vol (34) No. (4). PP 1873 – 1878.
6. Ibrahim, M. H. 1993. An Underground Counter flow heat exchanger to control the environment in agricultural structures. Misr. J. of Agric, Eng. Vol (10) No (1) – PP        77 – 87.
7. Heider F. A. and M. H. Ibrahim. 1993. Comparative Studies for rural Housing. Vol (10) No. (2).
8. Ali; I. Hobani and M. H. Ibrahim. 1995. Bulk thermal Conductivity and divusivity of Barly, Res. Bull. No (53). King Saud Univ. Riyadh, Kingdom of Saudi Arabia.
9. Basmial S. and M. H. Ibrahim. 1995. Heat and Vapor production of dairy heifers and sheep. Arab. Gulf. J. Sc. Res. 13 (2), PP 293 – 307.
10. Mohamed H. Ibrahim. 1998. A mist – fog system for Poultry Under hot- arid climates. J. of Alex. Univ. ISS No 044 – 7250. Vol (43) No (2) PP 1 – 12.
11. Mohamed H. Ibrahim. 1998. An Under ground Counter flow tubular heat exchanger to control the environment in animal buildings. Part II. Simulation and Optimization. Alex. Science Exchange. ISSN 1110 – 0176. Vol (19) No (3). PP 477 – 496.
12. Mohamed H. Ibrahim. 1998. A study on the use of a storage solar wall system for livestock buildings. Al- Azhar J. Agric. Res., Vol (28). PP 59 – 73.
13. Mohamed H. Ibrahim. 1998. A study on ammonia control in a poultry environment. Misr J. of Agric. Eng. Vol. 15 No (3) PP 523 – 533.
14. Mohamed H. Ibrahim. 1999. Predicting microclimatic conditions in greenhouses. Misr J. of Agric. Eng. Vol. 16 No (1). PP 67 – 82.
15. Ibrahim, M. H., El- sobail Abd –Allah, and Fahd El-keak. 1999. A study on the use of evaporative cooling in poultry houses. Alex. Sci. Exchange. Vol. 2 No (20) PP 69- 89.
16. Sabba, M.A., A.Z. Shokr, and M. H. Ibrahim. 1999. Engine Heat losses for Drying food industry waste. Misr J. Agric. Eng., 16 (2): 280 – 292.
17. Ibrahim M. H. 1999. Environmental effect on livestock. Ext. Bull. No (44). Agricultural Extension Center. King Saud Univ. Faculty of Agriculture.
18. El- Sadon, A., Seror, A. A., and M. H. Ibrahim. New technology for greenhouses. Ext. Bull. No (25). King Saud Univ., Fac. of Agric., Agric. Ext. center.
19. Ibrahim, M. H. Environmental considerations for crop storing, Ext. Bull. No (55). King Saud Univ., fac. of Agric., Agric. Ext. center.
20. Hassan, H. G. and M. H. Ibrahim. 2005. An Oprimal Undergound heat exchanging system Design for Conditioning greenhouses. Unpublished M.SC. Thesis, Agric. Eng. Dept., Alex. Univ.
21. Dahesh, G, A. E. Ahmed, and M. H. Ibrahim 2007. Developing of thermal storage system for greenhouse energy conservation. unpublished Ph. D. thesis, Agric . Eng. Dept., Alex. Univ. 2007.
22. Abd- El Hady, Abd-El Ghafar, E., and M. H. Ibrahim 2008. The use of evaporative cooling for poultry. Unpublished, M. Sc. Thesis, Agric. Eng. Dept. Alex. Univ.
23.  Dallia, A., and M. H. Ibrahim 2009. The effect of using optimal environmental conditions on greenhouse productivity. Unpublished. M. Sc. Thesies, Agric. Eng. Dep., Alex. Univ.