Kassem, HossamDerbala, AsaadFouda, TarekHelmy, Mamdouh2019-12-152019-12-152010Combine header control By: Abdelmotaleb, I. A.; El-Gendy, H. A.; Hassan, M. A. Misr J. of Ag. Eng. Volume: 26 Issue: 3 Pages: 1478-1500 Published: 2009 Times Cited: 1 2. Title: [not available] By: Awady, M. N. Tractor and farm machinery. Textbook Pages: 164-167 Published: 1978 Publisher: Faculty of Agriculture, Ain-Shams University Times Cited: 5 3. Title: [not available] By: Badr, M. M. Comparative study between some different combine sizes in respect to unit plot area Published: 2005 M. Sc. Thesis Publisher: Agric. Eng. Dept., Faculty of Agric., Zagazig Univ. Egypt. Times Cited: 1 4. Performance evaluation and modification of the Japanese combine chopping unit By: El-Hanfy, E. H.; Shalby, S. A. Misr J. of Ag. Eng. Volume: 26 Issue: 2 Pages: 1021-1035 Published: 2009 Times Cited: 1 5. Mechanical harvesting losses in rice crop using combine harvester By: El-Nakib, A. A; Abdel-Lateef, Z. Y.; El-Messery, A. A.; et al. Misr J. Ag. Eng. Volume: 20 Issue: 4 Pages: 889-907 Published: 2003 [Show additional data] Times Cited: 1 6. Construction and manufacture a self propelled machine suits for cutting some grain crops to minimize losses and maximize efficiency By: El-Sharabasy, M. M. A. Misr J. of Ag. Eng. Volume: 23 Issue: 3 Pages: 509-531 Published: 2006 Times Cited: 1 7. A study on plough shares wearing behavior under conditions of sandy loam soil By: Fouda, T.; El-Tarhuny, M. Misr J. Ag. Eng. Volume: 24 Issue: 4 Pages: 831-848 Published: 2007 Times Cited: 1 8. A theoretical analysis of the free-cutting process of plant materials By: Habib, R. A.; Azzam, B. S.; Nasr, G. M.; et al. 9 C MISR SOC AGR ENG Published: 2001 [Show additional data] Times Cited: 1 9. Title: [not available] By: Hunt, D. Farm power and machinery management Pages: 364-368 Published: 1983 Publisher: Iowa State Univ., Press, Ames, Iowa, USA2284-7995https://t.ly/M6jyVAccession Number: WOS:000422169200017The transmission system of the combine cutting device was developed and manufactured from local material to be suitable for the harvesting operation under Egyptian conditions. Performance evaluation of the combine before and after development during the harvesting operation of rice crop was carried out in terms of grain losses, field capacity, field efficiency, fuel consumption, required power, energy, wearing rate, wearing resistance and cost requirements. The combine performance was studied as a function of change in combine forward speed and grain moisture content and operating time. The results were obtained to gave maximum field capacity, field efficiency, wearing resistance and minimum energy, power, fuel consumption wearing rate, and cost requirements for the two systems of the combine cutting device before and after development as following: It is recommended to used the developed combine, at a forward speed of 3.5 km/h and a grain moisture content of 23%.en-USUniversity for Egyptharvestingcutting devicecombinedevelopingArticle