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RESUME

Dr. Eng. Nabil Anagreh

Dept. of Material Engineering, Faculty of Eng.

Al-Balqa’ Applied University, Al-Salt, Jordan

Tel. office, +962 5 3530417 (ext: 3969), Res. +962 777 62 68 20

Fax: +962 5 3530465

E-Mail: anagreh1961@hotmail.com

.


EDUCATION:


1989 Diploma Engineer in Mechanical Engineering (Methodical Construction), Technical University of Berlin, Dept. of Mechanical Engineering and Production Technology, Institute of Machine Design, Federal Republic of Germany.


1995 Ph.D. with honors in Mechanical Engineering, Technical University of Berlin, Dept. of Mechanical Engineering and Production Technology, Institute for Joining and Welding, Federal Republic of Germany.


^ PROFESSIONAL CAREER


  1. DAAD Scholarship (July – August) in the Joining and Welding Institute in Technical University of Berlin, Federal Republic of Germany.


1999-2002 Research visits (July – August) in the Joining and Welding Institute in Technical University of Berlin, Federal Republic of Germany.


2006-now Associated Prof. of Mechanical Eng., Dept. of Material Science and Metallurgical Eng., Faculty of Eng., Al-Balqa’ Applied University, Al-Salt, Jordan.

Duty: Teaching and Research in Material Science and Eng.


2002 – 2006 Assistant Prof. of Mechanical Eng., Dept. of Material Science and Metallurgical Eng., Faculty of Eng., Al-Balqa’ Applied University, Al-Salt, Jordan.

Duty: Teaching and Research in Material Science and Metallurgical Eng.


1995-2002 Assistant Prof. of Mechanical Eng., Dept. of Mechanical and Industrial Eng., Faculty of Eng., Applied Science University, Amman-Jordan

Duty: Teaching and Research in Mechanical and Industrial Eng.


1992-1994 Scientific Co-Worker in the Joining and Welding Institute in Technical University of Berlin, Federal Republic of Germany.

Duty: Teaching and Research in the Joining and Welding Institute


1990-1992 Scholarship for Ph.D. based on “Nachwuchsförderungsgesetz” of Berlin in the Joining and Welding Institute. Technical University of Berlin, Federal Republic of Germany.

Duty: Research in the Joining and Welding Institute


^ Experience Teaching

The following courses have been taught in Technical University of Berlin, Applied Science University and Al-Balqa’ Applied University.

- Method of Joining Technology

- Manufacturing Processes

- Composites Technology

- Machine Design (1) and (2)

- Material Science and Engineering

- Strength of Materials 1) and (2)

- Engineering Drawing

- Static

- Engineering Drawing with AutoCAD

- Dynamics

- Automatic Control System

- Lab. of Machine Design (1) and (2)

- Lab. of Material Science and Engineering

- Lab. of Strength of Material

- Lab. of Manufacturing Processes

- Lab. of Crystallography


Supervising students research works (Diplom- and Studienarbeit)


Computer Knowledge’s

Computer Aided Design: CATIA System, AutoCAD System

Finite Element Method: ADINA System

Graphic System: EXCEL, CHART

Text System: WINWORD


^ RESEARCH Activities:


- Surface Pretreatment of Polymer, Metal, Glass, Rubber, Ceramic to improve Adhesion


- Strength and Design of Adhesive Bonded Joints (Polymer, Metal, Glass, Rubber, Wood, Ceramics, Nano-adhesive)


Conferences


9/1992 EURADH ’92 European Adhesion Congress and Exhibition, organized by DECHEMA, Deutsche Gesellschaft für Chemisches Apparatewesen, Chemische Technik und Biotechnologie e.V. Frankfort am Main Germany in cooperation with Adhesion Société Française d’Adhésion et Adhésifs Bordeaux/France and DVS Deutscher Verband für Schweisstechnik e.V. Düsseldorf/Germany.(Paper represented: “Long time behaviour of plastic metal glued joints in the normal climate”).

9/1994 Polymerwerkstoffe ’94, organized by Fachbereich Werkstoffwissenschaften Martin-Luther-Universität Halle-Wittenberg, Aussenstelle Merseburg, Geusaer Strasse, D-06217 Merseburg (Paper represented: “Load-carrying capacity and fracture behaviour of long-term stressed PC/GV-Steel-adhesive bonded joints with different adhesive layer thickness”)


5/1995 SWISS BONDING 95, 9. Internationals Symposium SWISSBONDING, organized by SWIBOTECH E. Schindel-Bidinelli, staatl. gepr. Chemotechniker HTL/VDI, Allmend 394, CH-8427 Rorbas, Präsident der SWISS BONDING ’95 Rapperswil (Paper represented: “FEM-calculation about the influence of the length on overlap joints to the long holding time (tool-life) of PC/GV-St-joint”).


Membership in the organization committee for the first (2005) and second (2007) Jordanian conferences in the material science and engineering


List of Publications


[1] Amin Al Robaidi, Nabil Anagreh, Sami Massadeh, Ahmed Mousa Al Essa:

The effect of different surface pretreatment methods on nano-adhesive application in high strength steel and aluminum bonding

Accepted in the journal of Adhesion Science and Technology


[2] Anagreh, N.; Al Robaidi, A:

Improvement of adhesion of high-strength steel sheets by surface pretreatment with dry ice blasting and SIP* adhesion mediators.

Accepted in the journal of Materials and Manufacturing Processes


[3] Anagreh, N.; Al Robaidi, A:

Improvement in adhesion behavior of aluminum due to surfaces treatment with arc discharge.

Accepted in the Jordan Journal of Mechanical and Industrial Engineering (JJMIE)


[4] Anagreh, N.; Dorn, L.; Bilke-Krause, B.:

Low-pressure plasma pretreatment of polyphenylene sulfide (PPS) surfaces for adhesive bonding

International Journal of Adhesion & Adhesives 28 (2008) 16–22


[5] Dorn, L.; Anagreh, N.:

Alterungsverhalten von Magnesium-Klebverbindung nach unterschiedlicher Oberflächenvorbehandlung.

In: Die Verbindungsspezialisten 2007, DVS-Berichte Bd. 244, Tagungsband der Großen Schweißtechnischen Tagung, 16.-18.09.07, Basel, DVS-Verlag, 360/363.


[6] Anagreh, N.; Dorn, L.:

Strength and aging behaviour of magnesium adhesive bonded joints after different surface Pretreatments.

Journal Zavarivanje 49 (2006) 5, 173/176.


[7] Anagreh, N.; Dorn, L.:

Niederdruckplasmavorbehandlung von Polyphenylensulfid(PPS)-Oberflächen.

Journal Schweißen und Schneiden 58 (2006) H. 11, S. 602/607.


[8] Anagreh, N.; Dorn, L.:

Haftungssteigerung beim Aluminiumkleben durch Lichtbogenvorbehandlung.

Journal Schweißen und Schneiden 57 (2005) Heft 11, S. 644/652.


[9] Anagreh, N.; Dorn, L.:

Influence of the low pressure plasma treatment on adhesive bonding between Polybutylene terephthalat (PBT) and aluminum.

International Journal of Adhesion and Adhesives 25 (2005) 2, 165-172


[10] Anagreh, N.; Dorn, L.:

Klebflächenvorbehandlung der Aluminiumknetlegierung EN AW-AlMg3

Surface Pretreatment of Aluminum forgeable alloy EN AW-AlMg3.

Journal Schweissen & Schneiden 56 (2004) 2, 64-73


[11] Anagreh, N.; Dorn, L.; Bilke-Krause, C.:

Niederdruckplasmavorbehandlung von Polyamidoberflächen (PA).

Pretreatment of Polyamide Surfaces with Low Pressure Plasma

Journal KGK Kautschuk, Gummi, Kunststoffe 56 (2003) 12, 661-670


[12] Anagreh, N.; Dorn, L.:

Klebflächenvorbehandlung von Aluminiumoberflächen mit Haftvermittler.

Surface pretreatment for adhesive bonding of aluminum with adhesive mediator

Journal Mat.-wiss. u. Werkstofftech. 34 (2003) 6, 555-563.


[13] Anagreh, N.; Dorn, L.:

Einfluss der Gasphasenfluorierung auf Struktur und Adhäsion von ASA/PC-Blendoberflächen.

Influence of gas fluorine pretreatment on the structure and adhesion of ASA/PC blend surfaces.

Journal Schweissen & Schneiden 55 (2003) 4, 188-197


[14] Elbing, F.; Anagreh, N.; Dorn, L.; Uhlmann, E.:

Dry ice blasting as pretreatment of aluminum surfaces to improve the adhesive strength of aluminum bonding joints.

International Journal of Adhesion and Adhesives 23 (2003) 1, 69-79.


[15] Anagreh, N.; Dorn, L.:

Klebflächenvorbehandlung von Aluminiumoberflächen mit SIP-Haftvermittler.

Surface pretreatment for adhesive bonding of aluminium with adhesive mediator SIP.

Journal Mat.-wiss. u. Werkstofftech. 33 (2002) 11, 657-666.


[16] Anagreh, N.; Dorn, L.:

Niederdruckplasmabehandlung von ASA/PC-Blendoberflächen.

Low Pressure Plasma Pretreatment of ASA/PC Blend Surfaces.

Journal KGK Kautschuk, Gummi, Kunststoffe 55 (2002) 11, 574-583.


[17] Anagreh, N.; Dorn, L.:

Increasing the bond strength of adhesive-bonded joints consisting of aluminium sheets and ASA/PC plastics by means of low-pressure plasma and corona treatments.

Journal Welding & Cutting 1 (2002) 5, 260-266.


[18] Anagreh, N.; Dorn, L.:

Haftfestigkeitssteigerung von Klebverbindungen aus Aluminiumblechen und ASA/PC-Kunststoffen durch Niederdruckplasma- und Coronabehandlung.

Journal Schweissen & Schneiden 54 (2002) 7, 384-391.


[19] Uhlmann, E.; Dorn, L.; Elbing, F.; Anagreh, N.:

Klebflächenvorbehandlung von Aluminiumbauteilen.

Pretreatment of bonding surfaces for aluminum components.

Journal ZWF 97 (2002) 5, 224-231.


[20] Anagreh, N.; Dorn, L.:

Einfluss des Strahlmittels auf Oberflächenstruktur und Adhäsionseigenschaften von Aluminiumoberflächen

Influence of the blasting medium on surface structure and adhesion properties of aluminium surfaces.

Part I : Int. J. Aluminium 78 (2002) 1/2, 88-94.

Part II: Int. J. Aluminium 78 (2002) 3, 194-199


[21] Anagreh, N.; Dorn, L.:

Increasing the bond strength of adhesive-bonded joints consisting of aluminium sheets and ASA/PC plastics by modifying the surfaces.

Haftfestigkeitssteigerung von Klebverbindungen aus Aluminiumblechen und ASA/PC-Kunststoffen durch Modifizierung der Oberflächen.

Journal Welding & Cutting 53 (2001) 5, 90-96..

Journal Schweissen&Schneiden 53 (2001) 5, 272-279.


[22] Anagreh, N.; Dorn, L.:

Oberflächenstrukturen und Adhäsionseigenschaften vorbehandelter Aluminiumklebflächen.

Surface structures and adhesion properties of aluminium surfaces for adhesive bonding after various pretreatments.

Part I : Int. J. Aluminium 77 (2001) 1/2, 81-87

Part II: Int. J. Aluminium 77 (2001) 3, 178-184


[23] Dorn, L.; Anagreh, N.:

Gravimetrische Untersuchungen an plasmabehandelten PCO-Oberflächen.

Gravimetric investigation on the PCO Surfaces after plasma pretreatment.

Journal Adhäsion kleben & dichten 45 (2001) 10, 39-40.


[24] Dorn, L.; Anagreh, N.:

Einfluss der Liegezeit auf die Haftfestigkeit vorbehandelter PCO-Folien.

Influence the storage time (time between surface pretreatment and application of adhesives) on the adhesive strength of pretreatment of PCO foils.

Journal Adhäsion kleben & dichten 45 (2001) 3, 43-45.


[25] Dorn, L.; Anagreh, N.:

Oberflächenmodifikation von PCO-Folien.

Surface modification of PCO foils

Journal Adhäsion kleben & dichten 45 (2001) 1/2, 38-42.


[26] Dorn, L.: Anagreh, N.:

Oberflächenmodifikation von PCO-Folien für verbesserte Klebstoffhaftung.

Surface modification of PCO foils for improvement the adhesion.

Journal Adhäsion kleben & dichten 44 (2000) 6, 30-35.


[27] Anagreh, N.:

Untersuchungen der Haftfestigkeit von geklebtem glasfaserverstärktem Epoxidharz mit Siliconkautschuken.

Comparative examination of the adhesion strength of bonded glass fiber reinforced epoxy resin with different silicon rubbers.

Journal KGK Kautschuk Gummi Kunststoffe 53 (2000) 4, 182-193.


[28] Anagreh, N.:

Verbesserung der Haftfestigkeit von PS-ABS-Blends.

Improvement the adhesion strength of PS-ABS Blends

Journal Adhäsion kleben & dichten 43 (1999) 12, 25-30.


[29] Dorn, L., Salem, N.:

FEM calculations concerning the influence of adhesive layer thickness on the creep behaviour of plastic-steel adhesive-bonded joints.

FEM-Berechnungen zum Einfluss der Klebschichtdicke auf das Zeitstandverhalten von Kunststoff-Stahl-Klebverbindungen.

Welding&Cutting 48 (1996) 8, 152-155.

Schweissen und Schneiden 48 (1996) 8, 600-608.


[30] Dorn, L.; Salem, N.:

FEM-Berechnungen an Kunststoff-Metall-Klebverbindungen.

Calculations of the adhesive joint between poly(carbonate) GV and Steel by the method of finite elements

Part 1: Adhäsion kleben&dichten 39 (1995) 10, 30-36

Part 2: Adhäsion kleben&dichten 39 (1995) 11, 32-36


[31] Dorn, L.; Salem, N.:

Vorgehensweise zum Auslegen von langzeitbeanspruchten Kunststoff-Metall-Klebverbindungen.

Sizing adhesively bonded joints of plastics and metals for long-term loads.

Konstruktion 47 (1995) 10, 329-334.


[32] Dorn, L.; Salem, N.:

Load-carrying capacity and fracture behaviour of long-term stressed PC/GV-Steel-adhesive bonded joints with different overlap length.

Tragfähigkeit und Bruchverhalten von langzeitbeanspruchten PC/GV-St-Klebverbindungen bei verschiedenen Überlappungslängen.

Welding & Cutting 47 (1995) 6, 113-117.

Schweissen und Schneiden 47 (1995) 6, 474-481.


[33] Dorn, L.; Salem, N.:

FEM-Berechnungen zum Einfluss der Überlappungslänge auf das Zeitstandverhalten von PC/GV-St-Klebverbindungen.

FEM-calculation about the influence of the length on overlap joints to the long holding time (tool-life) of PC/GV-St-joint.

9. Int. Symp. Tagungsband Swiss Bonding in Rapperswil am Zürichsee vom 17-19. Mai 1995. Switzerland, 327-345.


[34] Dorn, L.; Salem, N.:

Einfluss der Stossform auf das Zeitstandverhalten von glasfaserverstärkten Polycarbonat–Stahl-Klebverbindungen.

Influence of fitting form on creep rupture behaviour of fibre glas-reinforced plastic/metal adhesive joints.

Konstruktion 47 (1995) 1/2, 29-36.


[35] Dorn, L.; Salem, N.:

Tragfähigkeit und Bruchverhalten von langzeitbeanspruchten Kunststoff-Metall-Klebverbindungen bei unterschiedlichen Klebschichtdicken.

Load-carrying capacity and fracture behaviour of long-term stressed PC/GV-Steel-adhesive bonded joints with different adhesive layer thicknesses.

Tagungsband Polymerwerkstoffe in Meresburg 27-29. September 1994. Federal Republic of Germany, 460-473.


[36] Dorn, L.; Salem, N.:

Tragfähigkeit und Bruchverhalten von langzeitbeanspruchten Kunststoff-Metall-Klebverbindungen bei unterschiedlichen Klebschichtdicken.

Carrying capacity and fracture behaviour of long-term loaded plastic-metal adhesive bonded joints with different adhesive layer thicknesses.

Schweissen und Schneiden 46 (1994) 5, 211-216.


[37] Dorn, L.; Salem, N.:

Haftfestigkeit: Wässrige Reiniger zum Vorbehandeln.

Adherence: Aqueous cleaners for a pretreatment.

MO Metalloberfläche 47 (1993) 9,  440-443.


[38] Dorn, L.; Salem, N.:

Zeitstandverhalten von Kunststoff-Metall-Klebverbindungen. Einfluss der Belastungshöhe und –dauer auf das Festigkeits- und Bruchverhalten von PC-GF/St-Klebverbindungen.

Long time behaviour of plastic-metals-adhesive-bondings. Influence of height and durability of load to the behaviour of strength and fracture of PC-GF/St adhesive bondings.

Adhäsion kleben&dichten 37 (1993) 9, 39-42.


[39] Dorn, L.; Salem. N.:

Plastics Adhesive Joints. A Proposal for Specifying Dimensions.

Kunststoff-Klebverbindungen. Ein Vorschlag zur Dimensionierung.

German Plastics 83 (1993) 9, 19-21.

Kunststoffe 83 (1993) 9, 695-698.


[40] Dorn, L.; Salem, N.:

Klebgerechtes Gestalten von Kunststoff-Metall-Klebverbindungen.

Stick-fair shapes of plastic metal glued joints.

Maschinenmarkt Würzburg 99 (1993) 35, 66-71.


[41] Dorn, L.; Salem, N.:

Einflu der Überlappungslänge auf das Zeitstandverhalten von Kunststoff-Metall-Klebverbindungen.

Influence of overlap length on creep rupture behaviour of plastic/metal adhesive joints.

Konstruktion 45 (1993) 5, 152-158.


[42] Dorn, L.; Salem, N.:

Einfluss der Klebschichtdicke auf das Zeitstandverhalten von Kunststoff-Metall Klebverbindungen.

Influence of the thickness of the adhesive layer on the creep behaviour of plastic-metal adhesive bonded joints.

Schweien und Schneiden 45(1993) 4, 205-212.


[43] Dorn, L.; Salem, N.:

FEM-Berechnungen von Kunststoff-Metall-Klebverbindungen. Eine Möglichkeit den Beanspruchungszustands im Klebbereich zeitabhängig zu beschreiben.

FEM calculations of plastic-metal glued joints.

Adhäsion kleben&dichten 37(1993)3, 34-38.


[44] Dorn, L.; Salem, N.:

Analyse und Modellierung des Kriechverhaltens von Kunststoffen und Metall-Klebverbindungen.

Analysis and modelling of creep behaviour of plastic and metal adhesive joints.

Mat-wiss. u. Werkstofftech. 23 (1992) 11,  401-406.


[45] Dorn. L.; Salem, N.:

Zeitstandverhalten von Kunststoff-Metall-Klebverbindungen im Normalklima.

Long time behaviour of plastic metal glued joints in the normal climate.

EURADH’92 European Adhesion Congress and Exhibition 21-24 September 1992 Karlsruhe, Federal Republic of Germany, 244-265.


[46] Bauert, F.; Beitz, W. ; Weise, E.; Salem, N.:

Modeling Methods for a Flexible Computer-Aided Embodiment Design system.

Research in Engineering Design 2 (1990) 1, 15-34.


[47] Bauert, F.; Weise, E.; Salem, N.:

Modellierungsmethoden für Systeme zur rechnerunterstützten Gestaltung.

Design Methods for CAD Systems

Konstruktion 42 (1990) 3, 97-107.


[48] Salem, N.:

Book review. Konstruktion 44 (1992) 1, 8


Thesis


1. "Investigation of the deformation and strength long time behavior of glass fiber reinforced polycarbonate steel adhesive bonded joints under climate influence", doctoral thesis, Technical University of Berlin, Dept. of Mechanical Engineering and Production Technology, Institute for Joining and Welding, Federal Republic Germany.


  1. "Construction of product models for the methodical development of mechanical engineering product", diploma thesis (Diplomarbeit), Technical University of Berlin, Dept. of Mechanical Engineering and Production Technology, Institute of Machine Design, Federal Republic Germany.


3. “Modelling methods of construction elements with volume-oriented CAD-systems”, Research paper (Studienarbeit), Technical University of Berlin, Dept. of Mechanical Engineering and Production Technology, Institute of Machine Design, Federal Republic Germany.


Report


1. “Investigation to characterise surface modification with respect to adhesion between plastics and metals by using environmental electric treatments and mechanical methods” This works were done in cooperation between Technical University of Berlin, Institute for Joining and Welding and the Fraunhofer-Institute for Applied Material Research IFAM Bremen, Dept. Teltow, Federal Republic Germany.







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