• B.Sc. of Agriculural Mechanization
  Agric. Mech. Dept., Faculty of Agriculture, Al-Mansoura University, June 1974,  Al-Mansoura, Egypt.

• M.Sc. of Agricultural Mechanization
  Subject: A study on the mechanization of wheat crop in Egypt, “Wheat threshing possibility by using chopping machine”
  Agric. Mech. Dept., Faculty of Agriculture, Al-Mansoura University, 12/3/1979,  Al-Mansoura, Egypt.

• Ph.D. of Agricultural Engineering & Mechanization
  Subject: Agricultural Machinery Selection: Soil Strength and Operational Timeluness.
  Agric. Engineering. & Mechnazation. Dept., Edinburgh University, Scotland, United Kingdom, 1986. 

• Demonstrator of Agricultural mechanization, 2/10/1974 to 28/3/1979.
  Agric. Mech. Dept., Faculty of Agriculture, Al-Mansoura University, Al-Mansoura, Egypt.

• Assistance lecturer of Agricultural mechanization, 29/5/1979 to 27/7/1986.
  Agric. Mech. Dept., Faculty of Agriculture, Al-Mansoura University, Al- Mansoura, Egypt.

• Lecturer of Agricultural Engineering, 29/7/1986 to 27/7/1990
  Agric. Engineering Dept., Agricultural College, Al-Mansoura University, Al-Mansoura, Egypt.

• Associate Professor of Agricultural Engineering, 30/7/1990 to 29/10/1995.
  Agric. Engineering Dept., Agricultural College, Al-Mansoura University, Al-Mansoura, Egypt.

• Head of Eductional Technology Dept, Faculty of Specific Education, Al_Mansoura,  Higher Ministry of Education, Egypt, 1/10/1991 to 30/9/1992.

•  Professor of Agricultural Engineering, 30/10/1995 to 28/9/2000.
  Agric. Engineering Dept., Agricultural College, Al-Mansoura University, Al-Mansoura, Egypt.

• Professor of Agricultural Engineering, 28/9/2000 to 24/8/2003.
  Agric. Engineering Dept., Agricultural College, Kig Saud University (Al-Qassim Branch), Saudi Arabia.

• Professor of Agricultural Engineering, 25/8/2003 to 24/8/2004.
  Agric. Engineering Dept., Agricultural College, Al-Mansoura University, Al-Mansoura, Egypt.

• Professor and Head of Agricultural Engineering, 25/8/2003 to Update.
  Agric. Engineering Dept., Agricultural College, Al-Mansoura University, Al-Mansoura, Egypt.

• Supervisor Structure of Agricultural Engineering and Reclamation Collage at Simbilawin

*  M.Sc. of Agric. Mech., Faculty of Agric., Mansoura Univ., Egypt. A Study on the mechanization of wheat crop in Egypt, “Wheat Threshing Possibility by using Chopping Machine”.

1. Khalifa, A.M.; M.A. El-Sheikha and E.B. Elbanna (1984)  A Study on Wheat threshing by using Chopping machine. J. Agric. Sci. Mansoura Univ. 9(3): 462-469.

2. Khalifa, A.M.; M.A. El-Sheikha and E.B. Elbanna (1984)   The effect of Threshing Wheat  process on Cylinder speed, Feed rate, Moisture content and Number of Knives. J. Agric. Sci. Mansoura Univ. 9(3): 470-476.

 ** Publication from or within PhD. of Agricultural Machinery Selection: Soil strength and Operational TimelinessThises, Fac. of Sci. (Agric. & Eng. dept.), Edinburgh Univ., UK.

3. Witney, B. D.; E. B. Elbanna and K. E. Oskoui (1984)   Tractor power selection with compaction constraints. Proc. 8th International Conf., international Society for Terrain Vehicle Systems. Cambridge, England, Vol. II of lll: 761-773.

4. Witney, B. D. and Elbanna, E. B. (1985)  Simulation of Crop yield Losses from Untimely Establishment. J. Res. & Development in Agric. 2(2): 105-117.

5. Elbanna, E. B.; Witney B.D. (1986)  Purchase Prices of Farm Machines. J. Agric.  Engrs. 41(4): 106-112.

6. Elbanna, E. B. and Witney, B. D. (1987)  Cone penetration resistance equation as a function of the clay ratio,  soil moisture content and soil specific weight.   J.  Terramechnics.   24(1): 41-56.

 *** Publication after Ph.D of Agricultural Machinery Selection: Soil Strength and Operational Timeluness.

7. Elbanna, E.B.; M.M. lbrahim and S.M. Abdellatif (1987)  Effect of soil properties: Water content, Soil specific weght and clay ratio on the cone penetration resistance. Misr J. Agr. Eng. 4(2): 161-174.

8. Elbanna, E.B.; S.M. Abdellatif and M.M. lbrahim (1987) Farm Machinery Purchase price and Index  prices.  Conf.  of Agric.  Sci. on Food Deficiency though Autonomous Overcoming Effort in Egypt. Mansoura Univ. (1): 134-146.

9. Abdellatif, S. M.; M.M. lbrahim and E. B.  Elbanna (1987) Optimum Tilt angle and Orientation for Trcking land station and non tracking solar collectors under clear sky. Misr J. Eng. 4(2): 149-160.

10. Elbanna, E.B. (1988) An Egyptian Model for Farm-Machinery Repair and Maintenance costs.  Misr J. Agr. Eng. 5(4): 405-418.

11. Elbanna, E. B. and Kolarik J. W. (1990)  Tractor-Implement Performance Model. Misr J. Agr. Eng. 7(2): 147-159.

12. Elbanna, E. B. (1990)  Effect of  Trafficability on soil Compaction.  Misr J. Agr. Eng. 7(2): 160-172.

13. Elbanna, E.B. (1990)  Effect of Multiple Wheel Passes on Soil Properties and Compaction J. Agric. Sci Mansoura Univ. 15(2): 274-289.

14. Elbanna, E.B. (1992)  Tillage tools draught: (Chisel and Mouldboard ploughs).   Misr J. Agr. Eng.  9(4): 491-510.

15. Elbanna, E.B. and M.A. Helmy (1992)   Influence of precision tillage system on soil compaction, power requirements and crop yield. Misr J. Agr. Eng. 9(4): 537-558.

16. Elbanna, E.B. (1993) The optimum economic volume of  agricultural mechanization in Domiatta Governorate. Misr J. Agr. Eng. Vol.  10(3): 555-567.

17. Elbanna, E.B. (1993)  Moisture Tension and Hydraulic conductivity in agricultural soil. Misr. J. Agr. Eng. 10(4): 722-737.

18. Hammad, S. A.; E. B. Elbanna and A. E. Abo-El-Magd, A. E. Obaia (1994) Tillage-tools affecting: Tractor wheels dynamic weight, pulverzation and porosity.  Misr J. Agr. Eng. Vol. 11(1): 19-35.

19. Esmail, Z. I. And E.B. Elbanna (1994) Developing a drilling machine for strip sowing. Misr J. Agr. Eng. 11(3): 605-614.

20. Elbanna, E.B. (1994) Disk-harrow draught as a function of disk design, depth, operating and penetration factors.  Misr J. Agr. Eng. Vol. 11(3): 655-668.

21. Helmy, M.A.; E.B. Elbanna and M. S. Tadros (1994) Effect of four conventional tillage systems on both soil structure and arthropod fauna in clayey soil. Misr J. Agr. Eng. 11(3): 845-861.

22. Elbanna, E.B.; M. A. El-Saadany and M.M. Abd El-Rahman (1994) Precision of land leveling affecting water amount and efficiency of water use for wheat and maize crops. J. Agric. Sci. Mansoura Univ. 19(7): 2345-2360.

23. Elbanna, E.B.; M. A. El-Saadany and M.M. Abd El-Rahman (1994) Leveling practices affecting soil properties and performance of some farm machines in clay soil. J. Agric. Sci. Mansoura Univ. 19(7): 2384-2398.

24. Elbanna, E.B.; M. A. El-Saadany (1994)  Mower parameters affecting clover cut efficiency. J. Agric. Sci. Mansoura Univ. 19(9): 3017-3031.

25. Elbanna, E.B. and Z.I. Esmail (1994)  Meterological data effecting evapotranpiration for Water balance equation. J. Agric. Sci. Mansoura Univ. 19(10): 3389-3408.

26. Elbanna, E.B.; Helmy, M.A. and H.M. Sorour (1999)  Effect of traffic of some agricultural equipment on soil comaction. Misr J. Agr. Eng. 16(3): 441-446.

27. Elbanna, E.B. and A.F. Pahnacy (2000)  Effect of inflation pressure and vertical load on soil tyre interface. J. Agric. Sci., Mansoura Univ. 25(8): 2301-2317.

28. Elbanna, E. B. (2001) On-field barley evaluation of combine harvester losses; at Al-Qassim arid area. J. Agric. Sci. Mansoura Univ.; 26(6): 3933-3944.

29. Elbanna, E. B. (2001) Comparative studies of three soil strength methods on sand soils (Part- I). J. Agric. Sci. Mansoura Univ.; 26(12): 7929-7942

30. Elbanna, E. B. (2002)  Tillage tools draught in sandy loam soils, at Al-Qassim arid area (Part- II). J. Agric. Sci. Mansoura Univ.; 27(6): 4115-4130.

31. Elbanna, E. B. and K.Al-Gaadi (2002)  New machinery ownership costing procedure.  J. Agric. Sci. Mansoura Univ.; 27(11): 7713-7728.

32. Elbanna, E.B. and S.A. Al-Yahya (2003) Developing and manufucturer machine for digging offshoots and other trees. Proc. of  Intn Conf. of  Date Palme, Al-Qassim, Saudi Arabia.

33. Al-Oud, S.; Elbanna, E.B. and M. Al-Desoky (2003)  Water hyduraulic conductivity effects soil salinity and irrgation. Proc. of  Intn Conf. of  Date Palme, Al-Qassim, Saudi Arabia.

First Scolarship

• The first scolar scientific ship was the British Counsul to United Kingdom, 1988. It was agricultural mechanization computer development model for fully of Scotland Mechanization area. A computer model of Agricultural machinery selection on the main frame system.

• A wide range of tillage traction experimental field work were establishment on dry and wett heavy soils in British condition. These traction data were analysed and used in tillage traction model especially using mouldboard ploughs. The author was concentrated to collect the review reaserchers data of tillage draught and traction comperhensive to develop the mathimatical computer model based on soil mechanics to select agricultural machinery for Scotland area during 1988-1995.

Second Scolarship

• The second scolar scientific ship was the Peace Scolarship to Texas Tech University, USA. In 1989/1990 as post Doctor cooperative with Prof. Dr. W.J. Kolarik at Industiral Engineering Department, Texas Tech University. At Texas Shaire clamatic condition, work field of experimental data were carried out on loamy sand and sandy loam soil to evaluate the dynamic weight transferred due to  draught forces and from the axle of front 2-WD, FWA and 4-Equal wheels drive tractors to rear axle. Soil pulevrization and implement draught forces seems to increase the developed rear wheels torque and their traction of different tractor fleets. However, there is a great side effects of soil compaction due to the use of heavy tractor-implement combination.

• So, a great efforts were carried out to develop tractor-implement dynamic weight due to tillage forces. The tractor-implement traction and tractor-implement dynamic weight transferred in tillage operation with two softwares’ versions (Meteric and English units) were available to run on the personal computer. These model softwares are very easy to inter the imput data throuh the monitor concerning tractor and implement specification weights and dimensions, soil properties and field operating  parameters such as speed, depth and width of machine and operating efficiency. While, the model output data were tabulated in 5 reports included: tractor-implement draught, net thrust and max pull, rolling force, power requirement, traction parameters, such as: wheel mobility number, net and max traction coefficients slip, tractive efficiency. Tractor-iplement specification dimensions, static and dynamic weights, soil and draught forces acting on the rear tractor axle increased total rear wheels dynamic weight and decreased the front axle of the tractor weight all these parameters were tabulated in a final report.

• Texas Tech university was awared the author a raduactive Troxle-3440 which calculated the soil properties in wet and dry condition for normal and asflit (concorated) layers. The author was awared this piece of instrument to the agriculutural Engineering department by his emploement position.

1. The author is  membership of Journal of Terra-mechanics since 1984 and have been cited membership member of 811. This journal is concerned with soil mechanics and traction

2. The author is membership of Transaction of the American Society of Agricultural Engineering  (ASAE) since, 1990 though the Egyptian Culture in the USA.

3. Offshoot digging new design machine, and invention of King Saud City for Science and Technology, Saudi Arabia, 2003.

4. Supevisor of establishment 11 PhD thesis, 21 M. Sc. Thesis.

5. The authot is disscused 12 M. Sc and 13 PhD as external exminer outside Mansoura University

6. The Author Established supervission the following Thesis titles:

a1- Evaluation of energy requirements on the production of some Egyption Crops, M.Sc Thesis, 1990

a2- Farm Machinery Selection based on: tillage power requirements for seedbed preparation, Crops, M.Sc Thesis, Mansoura University, 1994

a3 - Studies on the effect of various land leveling methos on machinery field performance, M.Sc., Thesis, Mansoura University, 1994.

a4 - Interferance between tractor wheels on machinery pull performance. Ph.D Thesis, Mansoura University, 1999.

a5 - Studies on the development of local leveling to use in prepation peresousely seedbed . Ph.D Thesis, Mansoura Univesity, 1995.

a6 - Engineering studies on stotage some vegetable crop. M.Sc Thesis, Mansoura University, 1999.

b1 - Evaluation the effect engineering charactristics on irrigation and uniformity of deroplet irrigation system, M.Sc. Thesis, Mansoura University, 2001.

b2 - Engineering consideration parameters controled selection of Poultary farms. PhD. Thesis, Mansoura University, 2002.

b3 - A Comprason studies on moderen irrigation systems with fetilizer for  some field crops in sansy soils. M.Sc., Mansoura University, 2002.

b4 - Using deroplet irrigation system to produce vegetables crops in somall farm. M.Sc. Thesis, Mansoura University, 2001.

b5 - Effect of seedbed preparation systems on aurthpodia fanga in soil. M.Sc. Thesis Mansora University, 2002.

B.Sc level : the author  was being teach the following Agric Engineering courses, in the Agric Engng Dept, Mansoura University:

M.Sc. and PhD level: the author  was being teach the following Agric Engineering courses, in the Agric Engng Dept, Mansoura University:

B.Sc level: The Author  was teaching the following Agric Engineering courses, in the Specific Education, Khafr Elsheik and Mansoura Coleges,  Agric. College, Khar Elsheihk, Tanta and Mansoura Universities.

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