Mahmoud Okasha

Mahmoud Okasha
  • Doctor of Engineering
  • Researcher at Agricultural Research Center

About

282
Publications
56,800
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218
Citations
Introduction
I am a Researcher (Assistant Professor) at Agricultural Engineering Research Institute, Agricultural Research Center, Giza, Egypt. I obtained on: *B. Sc. Degree in the Agricultural Sciences (Agricultural Engineering) in June 2010 from Kafrelsheikh University, Egypt. *M. Sc. Degree in the Agricultural Engineering in August 2014 from Kafrelsheikh University, Egypt. *Ph. D. Degree in the Agricultural Engineering “Farm Machinery and Power” in May 2019 from Mansoura University, Egypt.
Current institution
Agricultural Research Center
Current position
  • Researcher
Additional affiliations
July 2011 - present
Agricultural Engineering Research Institute
Position
  • Researcher
Education
January 2015 - May 2019
Mansoura University
Field of study
  • Agricultural Engineering
September 2011 - August 2014
Kafr El-Sheikh University
Field of study
  • Agricultural Engineering
September 2006 - July 2010
Kafr El-Sheikh University
Field of study
  • Agricultural Engineering

Publications

Publications (282)
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Dust, algae, mold, lichen, and moss accumulation on the greenhouse cover materials could hinder sun lights and decrease the internal light intensity in greenhouses. Moreover, the traditional way of cleaning greenhouse roofs using ladders is laborious and time-consuming, requires a lot of water, and puts too much pressure on the roof. It could cause...
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This research aims to develop an automatic precision seeding unit (APSU) for planting seeds in pots inside greenhouses. The study evaluated three seed suction nozzle diameters (0.5, 1.0, and 2.0 mm) and four types of seeds (Armenian cucumber, pepper, turnip, and okra). The key performance indicators involved the number of seeds captured per stroke,...
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This research aims to develop an automatic precision seeding unit (APSU) for planting seeds in pots inside greenhouses. The study evaluated three seed suction nozzle diameters (0.5, 1.0, and 2.0 mm) and four types of seeds (Armenian cucumber, pepper, turnip, and okra). The key performance indicators involved the number of seeds captured per stroke,...
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The robotics industry has seen significant growth and advancement in the agricultural sector, particularly, in agricultural greenhouses. This study presents the most common cleaning methods for greenhouse roofs, including manual and automatic cleaning techniques. On the other hand, it provides greenhouse types, designs, and factors affecting lighti...
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This study aims to develop and evaluate a locally manufactured carbonization unit with a screw conveyor. Various carbonization temperatures (350, 400, and 450°C) and feeding rates (50, 75, and 100 kg/h) were examined to determine optimal conditions for producing biochar from rice husk (RH). The results revealed that increasing the pyrolysis tempera...
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This study developed a hybrid solar greenhouse dryer (lean-to) incorporated with a solar collector and photovoltaic (PV) system for smallholder processors of tomatoes and evaluated the thermal performance of forced convection mixed-mode solar dryer with two pretreatments of fresh tomatoes (halves and slices) with salt and sugar. Tomatoes dipped in...
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This study developed a hybrid solar greenhouse dryer (lean-to) incorporated with a solar collector and photovoltaic (PV) system for smallholder processors of tomatoes and evaluated the thermal performance of forced convection mixed-mode solar dryer with two pretreatments of fresh tomatoes (halves and slices) with salt and sugar. Tomatoes dipped in...
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This study developed a hybrid solar greenhouse dryer (lean-to) incorporated with a solar collector and photovoltaic (PV) system for smallholder processors of tomatoes and evaluated the thermal performance of forced convection mixed-mode solar dryer with two pretreatments of fresh tomatoes (halves and slices) with salt and sugar. Tomatoes dipped in...
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This study aims to develop and evaluate a locally manufactured carbonization unit with a screw conveyor. Various carbonization temperatures (350, 400, and 450°C) and feeding rates (50, 75, and 100 kg/h) were examined to determine optimal conditions for producing biochar from rice husk (RH). The results revealed that increasing the pyrolysis tempera...
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3rd International Conference on Agriculture, Biosystems and Technology
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Evaluation Panel Member
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This study investigated the potential and sustainable use of the biomass derived from various stages of the grape drying process. A total of eleven byproducts, each containing varying organic materials, were produced and subjected to testing. Ultimate analysis, as well as analyses of heating values, chemical composition, lignocellulose composition,...
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Until now, wheat has been threshed using stationary thresher machines to meet the farmers' need for a fine straw to feed their livestock, and the farmers require a cutting and binding machine to harvest the wheat crop. Therefore, this paper aims to maximize the utilization of the Japanese rice combine harvester by making modifications to make it su...
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Fruit branch pruning is still done manually, resulting in high labor costs, ergonomic hazards, and low efficiency and productivity. Furthermore, there are some limitations with imported agricultural machines because of their high prices and inappropriate local conditions. Hence, the present study aims to manufacture a local device for fruit branch...
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Fruit branch pruning is still done manually, resulting in high labor costs, ergonomic hazards, and low efficiency and productivity. Furthermore, there are some limitations with imported agricultural machines because of their high prices and inappropriate local conditions. Hence, the present study aims to manufacture a local device for fruit branch...
Cover Page
Full-text available
Certificate of Reviewing
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