مختصر السيرة الذاتية

د. محمد ر. جمعة حاصل على درجة الدكتوراه. حصل على درجة الدكتوراه في الموائع الحرارية والطاقة المتجددة من جامعة يريفان الحكومية (البوليتكنيك) في عام 2011. ويكمن تخصص الدكتور البحيري في أنظمة الطاقة والطاقة المتجددة. وهو حاليا أستاذ مشارك في الهندسة الميكانيكية في جامعة الحسين بن طلال، معان، الأردن. وأيضا أستاذ مشارك في هندسة القوى الميكانيكية بجامعة بنها، بنها، مصر. وقد نشر سابقًا أكثر من 40 ورقة بحثية من ISI وScopus. تكمن اهتماماته البحثية في الطاقة، وأنظمة الطاقة المتجددة، وأنظمة الطاقة الشمسية (أنظمة الطاقة الكهروضوئية والكهروضوئية/T، وأنظمة الطاقة الشمسية المركزة، وأنظمة الطاقة الشمسية الهجينة، وسخانات المياه والهواء، والأثر البيئي، والروابط الشمسية)، وأنظمة طاقة الرياح، وأنظمة الامتصاص. وأنظمة الطاقة الحرارية ومصادر الطاقة البديلة والمتجددة.

الدرجة التخصص الجامعة السنة
شاهد المؤهلات
 PhD. : Mechanical Engineering (Power Plants Based on Renewable Energy Sources), December 2011, State Engineering University of Armenia (Polytechnic), Yerevan, Armenia. Thesis Title : "Multi – Mirror Solar Energy Concentrating Photovoltaic and Thermal System Design". M.Sc. : Mechanical Engineering (Dept. of Mechanical Power Engineering & Energy ), March 2007, Minia University, Egypt. Thesis Title : "Investigation of Flow through Asymmetric Plane Diffusers". B.Sc. : Mechanical Engineering (Department of Mechanical Power Engineering and Energy ), final year grade is Very Good (83.27 %), May 2003 , Faculty of Eng., Minia University. Graduation Degree : Very Good (78.92% Accumulated). Project Degree : Excellent (96%). Project Name : Experimental Measurements on an Education Continues Combustion.                  Foreign Language : - Arabic (Mother Tongue).                                   - English. -
 2000
المنصب الجامعة / القسم الفترة
راجع التفاصيل
Since 15/09/2019 till now, Associate Professor at Mechanical Engineering, Faculty of Engineering, Al-Hussein Bin Talal University, Ma’an, Jordan. Since 01/09/2016 till 14/09/2019, Assistant Professor at Mechanical Engineering, Faculty of Engineering, Mutah University, Al-karak, Jordan. Since 01/08/2013 till 31/08/2016, Assistant Professor at Mechanical Engineering, Benha Faculty of Engineering, Benha University, Benha, Egypt. Since 23/01/2012 till 31/07/2013, Teaching (Assistant Professor) at Mechanical Engineering (Mechanical Power Engineering & Energy Department), Faculty of Engineering, Minia University, El-Minia, Egypt. Since 28/10/2008 till 01/12/2011, PhD. student (Scholarship) and teaching assistant at State Engineering University of Armenia, Yerevan, Armenia. Since 03/2007 till 26/10/2008, Teaching assistant at Mechanical Engineering (Mechanical Power Engineering & Energy Department), Faculty of Engineering, Minia University, El-Minia, Egypt. Since 12/2/2004 till 2/2007, Demonstrator at Mechanical Engineering (Mechanical Power Engineering and Energy Department), Faculty of Engineering, Minia University, El-Minia, Egypt.
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-		 2000/01
1
A novel merging Tubular Daylight Device with Solar Water Heater e Experimental study
أخرى 2000
المجلة
تاريخ النشر2000/01/01
المؤلفون
نوع المنشورأخرى
Tubular Daylight device (TDD) and solar water heater (SWH) are two power saving solutions that are commonly employed individually in residential and industrial premises. This paper proposed a novel merged power saving system consisting of TDD and SWH in one model, which is the first attempt to integrate these two systems. The idea of merging the TDD with SWH is based on utilizing the existing area around the TDD to implement the SWH around the TDD tube through a serpentine collector. The main purpose for such integration is to enhance solar energy saving, space area saving, and to decrease the fabrication cost. The illumination and thermal performance of the new proposed model were tested and analysed experimentally in different seasons in Cairo - Egypt to assess its performance in practical use. The obtained results indicated that the merged system succeeded in transferring an acceptable illumination rate and increasing the water temperature. The transferred internal illuminance has reached approximately to 6.5 W/m2 that fulfils the required needs of lighting. Additionally, the system increased the water temperature up to 62 C, with a performance instantaneous efficiency that reached 21.17% which is very satisfactory. Furthermore, the performance of thermosyphon SWH with different serpentine collector coil number of turns has been evaluated. The results proved that, the collector number of turns has significantly affected the SWH performance in a directly proportional relation.
2
A novel merging Tubular Daylight Device with Solar Water Heater e Experimental study
أخرى 2000
المجلة
تاريخ النشر2000/01/01
المؤلفون
نوع المنشورأخرى
Tubular Daylight device (TDD) and solar water heater (SWH) are two power saving solutions that are commonly employed individually in residential and industrial premises. This paper proposed a novel merged power saving system consisting of TDD and SWH in one model, which is the first attempt to integrate these two systems. The idea of merging the TDD with SWH is based on utilizing the existing area around the TDD to implement the SWH around the TDD tube through a serpentine collector. The main purpose for such integration is to enhance solar energy saving, space area saving, and to decrease the fabrication cost. The illumination and thermal performance of the new proposed model were tested and analysed experimentally in different seasons in Cairo - Egypt to assess its performance in practical use. The obtained results indicated that the merged system succeeded in transferring an acceptable illumination rate and increasing the water temperature. The transferred internal illuminance has reached approximately to 6.5 W/m2 that fulfils the required needs of lighting. Additionally, the system increased the water temperature up to 62 C, with a performance instantaneous efficiency that reached 21.17% which is very satisfactory. Furthermore, the performance of thermosyphon SWH with different serpentine collector coil number of turns has been evaluated. The results proved that, the collector number of turns has significantly affected the SWH performance in a directly proportional relation.
عنوان الرسالة الطالب النوع / الدور الحالة
1-       normal"> Mahmoud Adnan Awajan " Solar Water Desalination Powered by Concentrated System " MSc. Under preparation start Feb. 2020. 2-       normal"> Ala’a Al-Bawwat " Optimal Design and Economic Study of a Hybrid Renewable Energy System to Desalinate Seawater " normal"> MSc. Under preparation start Feb. 2020. 3-       normal"> Nadiah Al-Farajat " Life Cycle Assessment and Environmental Impacts of Al-Rajef Wind Farm " normal"> MSc. Under preparation start October 2019. normal"> 4-       normal"> Abd Alrahman S. Awajan " performance analysis and comparison of different photovoltaic technology under Ma’an conditions " normal"> MSc. Under preparation start October 2019. normal"> راجع التفاصيل ماجستير
مشرف رئيسي		 مكتملة
المؤتمر / الورقة الموقع التاريخ المشاركة
مؤتمرات - راجع التفاصيل
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 2000/01/01 مشارك
الجائزة الجهة المانحة السنة المبلغ
Ø   Honor and Appreciation from Benha University regarding the Outstanding Scientific Research Performance and International Publishing; Eight Round 2020. Ø   Honor and Appreciation from Benha University regarding the Outstanding Scientific Research Performance and International Publishing; Seven Round 2019. Ø   Honor and Appreciation from Benha University regarding the Outstanding Scientific Research Performance and International Publishing; Six Round 2018. Ø   Scientific Excellence in Faculty of Engineering, Mutah University, 2018-2019. Ø   Gaining a scholarship from the Egyptian Ministry of high education to study PhD in State Engineering University of Armenia (Polytechnic), Yerevan, Armenia, 2008. Ø   The first of 2003-Class, Mechanical Engineering (Dept. of Mechanical Power Eng. & Energy), Faculty of Engineering, Minia University, Minia, Egypt.
جائزة
 - 2000

معلومات إضافية

اليوم الوقت الموقع الفصل
مجال الاهتمام الوصف
تكمن الاهتمامات البحثية في الطاقة، وأنظمة الطاقة المتجددة، وأنظمة الطاقة الشمسية (أنظمة الطاقة الكهروضوئية والكهروضوئية/T، وأنظمة الطاقة الشمسية المركزة، وأنظمة الطاقة الشمسية الهجينة، وسخانات المياه والهواء، والأثر البيئي، والروابط الشمسية)، وأنظمة طاقة الرياح، وأنظمة الامتصاص. وأنظمة الطاقة الحرارية ومصادر الطاقة البديلة والمتجددة.
المجال الوصف
## Under Graduate ## Fluid Mechanics I and II Gas Dynamic Turbo Machinery Thermo Dynamic I and II FORTRAN Hydraulic Machine Heat Transfer I and II Refrigeration Energy Efficiency Renewable Energy Air Condition Numerical Methods Power Plants Energy Management Cryogenic Eng. Mathematics (Engineering Analysis) Thermo-Fluid and Heat transfer Energy Conversion and Storage Measurements and Measurement Device Numerical Application on Heat and Fluid Internal Combustion Engine (ICE) Dynamics and Statics Theory of Machine Mechanical Drawing   Mechanical Design Control Materials Environmental and Pollutions .................................................................................................     ## Graduate ## Renewable Energy Photovoltaic System CSP (Concentrated Solar Power) Energy Conversion and storage Energy Efficiency Solar Energy Wind Energy Solar Desalination Systems
المساق الرمز المستوى الساعات
Under Gradua te §   Fluid Mechanics I and II §   Gas Dynamic §   Turbo Machinery §   Thermo Dynamic I and II §   FORTRAN §   Hydraulic Machine §   Heat Transfer I and II §   Refrigeration §   Energy Efficiency §   Renewable Energy §   Air Condition §   Numerical Methods §   Power Plants §   Energy Management §   Cryogenic §   Eng. Mathematics (Engineering Analysis)   §   Thermo-Fluid and Heat transfer §   Energy Conversion and Storage   §   Measurements and Measurement Device §   Numerical Application on Heat and Fluid   §   Internal Combustion Engine (ICE) §   Dynamics and Statics   §   Theory of Machine §   Mechanical Drawing   §   Mechanical Design §   Control   §   Materials §   Environmental and Pollutions       Graduate §   Renewable Energy §   Photovoltaic System §   CSP (Concentrated Solar Power) §   Energy Conversion and storage   §   Energy Efficiency §   Solar Energy   §   Wind Energy §   Solar Desalination Systems - بكالوريوس