Professor Dr. Wail Nourildean Al-Rifaie up-dated 3-6... · C.V. Professor Dr. Wail Nourildean...

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C.V. Professor Dr. Wail Nourildean Al-Rifaie 1 Rifaie - Wail Nourildean Al Dr. Professor Position Professor of Civil Engineering (formerly President) University of Technology, (May 2003-July 2005) Baghdad, Iraq. Visiting Professor, School of Civil Engineering, University of Nottingham (Sept 2005-Sept 2007), UK. Special Professor (2008-2011), University of Nottingham, UK. Professor of Civil Engineering, Gulf University, (Sept. 2007-2009), Kingdom of Bahrain. Professor Emeritus, University of Tikrit, Iraq. Professor of Civil Engineering, Philadelphia University, Amman, Jordan. Degree Ph.D in Structural Engineering, University of Wales, University College, Cardiff, 1975, UK. Date & Place of Birth 27/11/1943, Baghdad, Iraq. E-mail [email protected] Honors: Telford Premium Prize, (The Institution of Civil Engineers), London, 1976 Science Merit, Iraq, 2001 Science Decoration, Iraq, 2001 Outstanding Professor for the academic year 1996, University of Technology, Iraq. Awarded a Scientists title by the state in 1998. Royal Society Incoming Fellowship 2006 EPSRC Professorial Visiting Fellow 2007 Academic Appointments: Research Fellow 1974 (University College, Cardiff, U.K.) Lecturer 1975 (University of Technology, Baghdad, Iraq) Assistant Professor 1981 (University of Technology, Baghdad, Iraq) Professor 1987 (University of Technology, Baghdad, Iraq) Special Professor, University of Nottingham, UK. Professor Emeritus, University of Tikrit, Iraq. Scientific Activity: Supervised More than 75 postgraduate Theses and Dissertations (Annex 4) (14) Postgraduate Diploma Dissertations (58) M.Sc Theses (15) Ph.D Theses

Transcript of Professor Dr. Wail Nourildean Al-Rifaie up-dated 3-6... · C.V. Professor Dr. Wail Nourildean...

C.V. Professor Dr. Wail Nourildean Al-Rifaie

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Rifaie-Wail Nourildean AlDr. Professor

Position Professor of Civil Engineering (formerly President)

University of Technology, (May 2003-July 2005) Baghdad, Iraq.

Visiting Professor, School of Civil Engineering,

University of Nottingham (Sept 2005-Sept 2007), UK.

Special Professor (2008-2011), University of Nottingham, UK.

Professor of Civil Engineering, Gulf University, (Sept. 2007-2009), Kingdom of Bahrain.

Professor Emeritus, University of Tikrit, Iraq.

Professor of Civil Engineering, Philadelphia University, Amman, Jordan.

Degree Ph.D in Structural Engineering, University of Wales, University College, Cardiff, 1975, UK.

Date & Place of Birth 27/11/1943, Baghdad, Iraq.

E-mail [email protected]

Honors:

Telford Premium Prize, (The Institution of Civil Engineers), London, 1976

Science Merit, Iraq, 2001

Science Decoration, Iraq, 2001

Outstanding Professor for the academic year 1996, University of Technology, Iraq.

Awarded a Scientists title by the state in 1998.

Royal Society Incoming Fellowship 2006

EPSRC Professorial Visiting Fellow 2007

Academic Appointments:

Research Fellow 1974 (University College, Cardiff, U.K.)

Lecturer 1975 (University of Technology, Baghdad, Iraq)

Assistant Professor 1981 (University of Technology, Baghdad, Iraq)

Professor 1987 (University of Technology, Baghdad, Iraq)

Special Professor, University of Nottingham, UK.

Professor Emeritus, University of Tikrit, Iraq.

Scientific Activity:

Supervised More than 75 postgraduate Theses and Dissertations (Annex 4)

(14) Postgraduate Diploma Dissertations

(58) M.Sc Theses

(15) Ph.D Theses

C.V. Professor Dr. Wail Nourildean Al-Rifaie

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Achievement over 100 Scientific Papers(Annex 2)

Author of 7 Books in the field of Structural Analysis (Annex 1)

Patent 2630 (International Classification: C04B 12100, E04 C1/00-Iraqi classification 10).

Introducing a new structural system for housing and emergency shelter using

ferrocement structural elements.

Academic Achievements:

(Elected) President of University of Technology May 2003 - July 2005.

Chairman of Scientific Research Commission, Ministry of Higher Education and Scientific

Research, Iraq, 2003-2005.

Member of Delegation to Iraq Reconstruction Conference, United Nation, New York, June

2003.

Iraq delegate to Gulf Universities Conference1, London, September 2003.

Chairman of the delegation to attend Domestic Conference of the Islamic Conference

Organization held in Islamabad, Pakistan, Sep.2004.

Chairman of the delegates to attend the Annual Meeting of Arab Scientific Research

Council held in Khartoum, Sudan, 2004.

Member of UNESCO Iraq Education, Culture, and Sciences Committee, 1996-2000.

Chairman, Scientific Degrees Recognition Committee, Ministry of Higher Education and

Scientific Research, 1991-2003.

Chairman, Committee for Scientific Staff Promotions, University of Technology, 1995-

1996.

Chairman, Appeals Committee for Professors’ Scientific Promotions, Ministry of Higher

Education and Scientific Research (over 4-years).

Founder and Head of Civil Engineering Department, Alrashed College for Engineering and

Science, Baghdad (7 years).

Founder Member, International Ferrocement Society (IFS)2.

Head (Dean) of Building and Construction Engineering Department, University of

Technology, (5 years).

Editor in Chief, Journal of Engineering and Technology, Baghdad (5 years).

Member of Editorial Board, Journal of Almuhandis, Iraqi Engineering Society (12 years).

Chairman, Steering Committee for the 1st Iraqi Technology Conference, 1995.

Member, International Steering Committee of the International Congress on

Ferrocement, New Delhi, 8-10 Dec. 1988.

Member, International Steering Committee of the 2nd International Conference on CAD,

Roorkee, India, 29 Jan.-2 Feb. 1985.

Member, Arabic Net for Open Learning and Distant Learning, Amman, Jordan.

Member, World Society of Sustainable Energy Technology (WSSET), UK.

Member of the Editorial Board, International Journal for Future Cities and Environment.

University of Nottingham, U.K.

Gust Editor: The Open Fuels & Energy Science Journal. Transportation Energy Center,

81University of Michigan, USA.

1 British Council Invitee

2 Located at the Asian Institute of Technology in Bangkok

C.V. Professor Dr. Wail Nourildean Al-Rifaie

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Member of the Editorial Board, Modern Environmental Science and Engineering, USA.

(ISSN 2333-2581).

Teaching Experience

See Annex 3

International and National Scientific Activities:

- Lecture on “ferrocement as sustainable construction materials” delivered to:

The staff of School of Civil Engineering, University of Nottingham, England.

The staff and students of School of Civil Engineering, University of Nottingham,

Malaysia Campus.

The staff of Department of Civil Engineering, Putra University, Malaysia.

The staff and students of Department of Civil Engineering, University of Thamasat,

Bangkok, Thailand.

- Lecture on “modern building system using ferrocement” delivered to Engineering

Union of Jordan, Kingdom of Jordan.

- Lecture on Ferrocement delivered to:

The Engineering Staff of National Centre for Engineering Consulties, Baghdad, Iraq.

The Staff of Ministry of Industry, Baghdad, Iraq.

The Engineering Staff of Kofa Cement Company, Iraq.

- Lecture on “eco-and low-cost housing”. Palace of Culture and Art, Tikrit- Iraq.

- Presented a seminar entitled: Producing Sustainable Construction Materials:

Ferrocement, at the American University of Sharjah (AUS), and United Arab Emirates

University (UAEU), UAE.

- Half-Day Workshop Speaker, ICREGA 2014, March, 2014, UAEU. (Invitation)

C.V. Professor Dr. Wail Nourildean Al-Rifaie

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Annex I – Monographs

Structural dynamics (analysis and design)

Wail Nourildean Al-Rifaie

Publisher: University of Technology Baghdad, Iraq, 2004

The book deals with all essentials of structural dynamics including design. The material is mostly adopted from author’s experience in class within post-graduate courses. Design engineers would also find the information contained in the book useful in professional practice.

Finite element method for structural engineers (A basic approach)

Wail Nourildean Al-Rifaie, Ashok K. Govil

Publisher: New Age International (P) Ltd., New-Delhi, India. 1

st Edition

1991, reprint: 2003

The aim of the book is to present the fundamental ideas of the finite element method so that it can be used as a curriculum text book in undergraduate and graduate engineering courses.

Bridges

Wail Nourildean Al-Rifaie, Aram S.Kareem

Publisher: College of Al-Rashed, University of Technology, Baghdad.

Iraqi National Library and Archives, 1986.

The book deals with all essentials of bridge engineering including design of both super and sub-structures of most common type of bridges. Practicing design engineers would also find the book useful. The text emphasizes on the fundamental design aspects after describing the components in detail.

Advanced theories in structural analysis

Wail Nourildean Al-Rifaie

Publisher: College of Al-Rashed, University of Technology, Baghdad, 1988

The book is intended to cover topics in structural analysis of the fourth year of BSc in structures (matrix methods both stiffness and flexibility methods, plastic analysis, elastic instability, beams on elastic foundations, vibrations).

Theory of structure

Indeterminate structure

Author: Wail Nourildean Al-Rifaie

Publisher: University of Technology

Baghdad, Iraq, 1984

The book is intended to cover the structural analysis of indeterminate structure for the second semester of the third year of BSc degree (consistent deformation method, slope deflection method, moment distribution method). Also the book covers plastic analysis and elastic instability.

Theory of structure

Determinate structures

Wail Nourildean Al-Rifaie

Publisher: University of Technology, Baghdad, Iraq, 1979

The book is intended to cover the structural analysis of determinate structures for the first semester of the third year of BSc degree (equilibrium, stability, direct force, shearing force and bending moment, influence line, torsion and deflection).

C.V. Professor Dr. Wail Nourildean Al-Rifaie

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Theory of Structures, Part 2 (new version of Indeterminate Structures)

Wail N Al-Rifaie Publisher: Dar Almamoun, Amman-Jordan, 2014

The book is intended to cover the structural analysis of indeterminate structure for the second semester of the third year of BSc degree (consistent deformation method, slope deflection method, moment distribution method). Also the book covers stiffness method of structural analysis and plastic analysis.

Theory of Structures, Part 1(new version of Theory of Structures, Determinate Structures)

Wail N Al-Rifaie Publisher: Dar Almamoun, Amman-Jordan, 2014

The book is intended to cover the structural analysis of determinate structures for the first semester of the third year of BSc degree (equilibrium, stability, direct force, shearing force and bending moment, influence line, torsion and deflection).

Fortified Structures Wail N Al-Rifaie Publisher: Dar Almamoun, Amman-Jordan, 2014

Intensive Coarse on Fortified Structures to give the scientific back ground, analytical and design principles and design aids and graphs for design of shelters including design for direct hit and protective covers against the effect of conventional weapons.

e-Book:

MODELING OF MECHANICAL SYSTEMS

Waleed K. Ahmed & Wail N. Al-Rifaie

Publisher: Dar Almamoun, Amman-Jordan, 2016

Modeling of the engineering system is considered as one of the fundamental issue that needed by the engineers

Annex 2: Research Publications:

1. An Assessment of the Accuracy of the Nodal Section Method. A Study of the Effect of Loading Conditions. NS/Par/2, 1975, University College, Cardiff, U.K.

2. An Assessment of the Accuracy of the Nodal Section Method. A Study of Continuous Girders. NS/Par/3, 1975, University College, Cardiff, U.K.

3. An Assessment of the Accuracy of the Nodal Section Method. A Study of Cantilevers and Propped Cantilevers. NS/Par/4, 1975, University College, Cardiff, U.K.

4. An Experimental And Theoretical Investigation Of The Behaviour Of Box Girders Curved In Plan. The Institution Of Civil Engineers Proceedings, Part2, Volume 59, June 1975, London, U.K. (Awarded A Telford Premium Prize). SCOPUS Indexing.

5. An Approximate Method for the Analysis of Box Girder Bridges That Are Curved In Plan. International Association for Bridge and Structural Engineering (IABSE). Proceeding P21/79, Zurich, Switzerland.

6. The Analysis of Folded Plate Structures. AImuhandis, Journal of the Iraqi Society of Engineers, Serial 78, Volume 26,1981.

7. Beam - Bar Method for the Analysis of Skew Beams AImuhandis, Journal of the Iraqi Society of Engineers, Serial 80, Volume 26, 1981.

8. Computation of Stresses in the Analysis of Deep Beams. Council for Scientific Research, Journal of Building Research, Volume3, Number 2, Nov. 1984, Baghdad Iraq.

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9. An Approximate Method for the Analysis of Coupled Shear Walls. Indian National Group of the International Association for Bridge and Structural Engineering, 1984, India.

10. The Analysis of Beams Containing Openings. Council for Scientific Research, Journal of Building Research, Volume 4, Number 1, May 1985, Baghdad Iraq.

11. Optimisation of the Manpower and the Physical Resources in the Planning Of Laboratory. AI - Muhandis, Journal of the Iraqi Society of Engineers, Serial 86, Volume 30, 1985.

12. An Approximate Method for the Analysis of None-Prismatic Folded Plate Structures. Proceedings of Second International Conference on Computer Aided Analysis and Design in Civil Engineering, 1985, Roorkee, India.

13. Analysis of a Shallow Cellular Silo of Light Gauge Steel by Finite Element Method, EICOM-85, 1985, Bombay, India.

14. Analysis Of The Influence Of Stiffeners On The Behaviour Of A Shallow Cellular Silo By The Finite Element Method (1). Proceedings of the Iraqi Conference on Engineering - 85, 1985, Baghdad, Iraq.

15. Elastic - Plastic Analysis of Frames with Wide Flanged Members. Proceedings of the International Conference on Steel Structures (Recent Research Advances and Their Applications to Design, 1986, Budva, Yugoslavia.

16. Analysis Of The Influence Of Stiffeners On The Behaviour Of A Shallow Cellular Silo By The Finite Element Method (11). Proceedings of the International Conference on Steel Structures (Recent Research Advances and Their Applications to Design, 1986, Budva, Yugoslavia.

17. An Approximate Method for the Analysis of Skew Box Girder Bridges. Proceedings of the Fourth Scientific Conferences of the Scientific Research Council, 1986, Baghdad - Iraq.

18. Experimental Investigation Of Secondary Strength Of Ferrocement Reinforced With Hexagonal Mesh. Journal of Ferrocement, Vol. 17, No. 3, July 1987.

19. Natural Period of Reinforced Concrete Framed Buildings. AImuhandis, Journal of the Iraqi Society of Engineers Serial 92, Volume 32, 1987.

20. Fundamental Period for Shear Walled Structures. Journal of Indian Society of Earthquake Technology (ISET Bulletin), 1987.

21. Blast Resistant Design Criteria for Reinforced Concrete Frames. AImuhandis, Journal of the Iraqi Society of Engineers, Serial 95, Volume 33, 1988.

22. Limit State Analysis Of Reinforced Concrete Structures With Finite Sized Joints. Journal of Structural Engineering, Volume 14, No.4, Jan. 1988, India. SCOPUS Indexing.

23. Simplified Limit State Analysis Of Reinforced Concrete Frame-Shear Wall Structures. AI-Muhandis, Journal of the Iraqi Society of Engineers, Serial 96, Volume 33, 1988.

24. Natural Period of Reinforced Concrete Gable Frames. Almuhandis, Journal of the Iraqi Society of Engineers, Serial 97, Volume 33, 1988.

25. Effect of Arrangement and Orientation of Hexagonal Mesh of the Behaviour of Tow-Way Ferrocement Slabs. Proceedings of the Third International Symposium on Ferrocement, 1988, India, Journal of Ferrocement, Volume 20, No.3, 1990. SCOPUS Indexing.

26. Assessment Of Quality Of Ferrocement Structures By Ultra Sonic Test. Proceedings Of The Third International Symposium On Ferrocement, 1988, India.

27. An Approximate Method for the Analysis of Shear Core. Proceedings of the Third Arab Conference in Structural Engineering, 1989.

28. Punching Shear of Reinforced Concrete Slabs Subject To Concentrated Loads. Journal of Military Engineering College, 1989, Baghdad.

29. Effect of Bracing on the Dynamic Response of Steel Frame Structures. Proceedings of the First Scientific Conference of the Ministry Of Housing and Construction, 1990, Baghdad.

30. An Approximate Method for the Analysis of Box-Like Shelters. Proceedings of the First Scientific Conference of the Ministry Of Housing and Construction, 1990, Baghdad - Iraq.

31. An Experimental and Theoretical Investigation of the Joint Size Effect on Elastic-Plastic and Behaviour of Steel Frames. Journal of Engineering and Technology, University Of Technology, Volume 14, No. 6, 1995, Baghdad - Iraq.

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32. Effect of Sub-Grade Reaction on the Natural Periods of Framed Buildings. ASIS Pacific Conference on Structural Engineering and Construction, 1992, Malaysia.

33. Elastic-Plastic Analysis of Reinforced Concrete Coupled Shear Walls. Proceedings of the Fifth Arab Conference in Structural Engineering, 1993.

34. The Modified Nodal Section Method for the Analysis of Folded Roof Structures Containing Openings. Proceedings of the Fifth Arab Conference in Structural Engineering, 1993.

35. Ferrocement as a New Construction Material. Proceedings of the First International Conference on Implementing Local Material Applications, 1993, Jordan.

36. Structural Behaviour Of Thin Ferrocement One-Way Bending Elements, Journal Of Ferrocement, Volume 24, No. 2, 1994.

37. Spectral Reflectance of Ferrocement against Microwave Remote Sensing Technique. First Iraqi Technology Conference, University of Technology, 1995, Baghdad - Iraq.

38. Thin Ferrocement Bearing Walls. Journal of Ferrocement, Volume 25, No.3, 1995. SCOPUS Indexing.

39. Effect of Subgrade Reaction on the Seismic Response of Framed Structures. Engineering And Development Journal, Engineering College. University of AI -Mustaansiriya.

40. Ferrocement Structural Elements in Building/Housing Applications. Iraqi Journal. Of Arch. Engineering, No.2, 2001.

41. Structural Behaviour of Ferrocement Shells Roofs. Journal of Ferrocement, Vol. 30, No. 1, Jan. 2000.

42. Blast Resistant Design of Arched Portal Shelters. Engineering and Development, Journal of Engineering College University of AI - Mustaansiriya.

43. Use of Ferrocement in Low Cost Buildings and Houses. The Journal of Kurdish Committee of Iraqi Academy, 1977.

44. Structural Behaviour Of Ferrocement Exposed To Oil. Journal of Engineering and Technology, University Of Technology, Vol. 19, No.2nd 2000, Iraq.

45. An Assessment of Computational Techniques for Plastic Analysis, Indentation Problem as Steady Gas. Journal of Engineering and Technology, University of Technology, Vol 19, No. 3, 2000, Iraqi.

46. Ferrocement-Brick Composite Columns. Journal of Ferrocement Vol.30, No. 1 January 2000.

47. Precast Frames Under Gravity. Proceedings, World Engineering Congress, "Industrialized Building System and Structural Engineering". University Of Putra, Malaysia, Faculty of Engineering, 1999.

48. Durability Of Ferrocement Exposed To Petroleum Products: Permeability. Proceedings, World Engineering Congress, "Industrialized Building System and Structural Engineering". University Of Putra Malaysia, Faculty of Engineering, 1999.

49. Elastic-Plastic Analysis Steel Frames With Large Deformations. Proceedings of Jordan Second Civil Engineering Conference, Amman - Jordan, 1999.

50. Layered Technique Of Non-linear Analysis Of Ferrocement Box-Beams Using F.E.M. Proceedings Of Jordan Second Civil Engineering Conference, Amman - Jordan, 1999.

51. Engineering Properties Of Ferrocement Reinforced With Hexagonal Mesh. Proceedings of Jordan Second Civil Engineering Conference, Amman - Jordan, 1999.

52. Ferrocement-Brick Composite Walls. Proceedings of Jordan Second Civil Engineering Conference, Amman - Jordan, 1999.

53. Thermo Elastic-Plastic Stress Analysis of Pressure Vessels. Journal of Military Engineering College, No. 23 April. 2000, Iraq.

54. Parameters Influencing The Elastic-Plastic Behaviour Of Steel Framed. Journal of Military Engineering College, No. 23 April. 2000, Iraq.

55. New Trends in Structure Camouflage, Journal of Military Engineering College, No. 23 April. 2000, Iraq.

56. The Design Points and the Optimum Offsets of the Cross-Holes In Gate Valve High Pressure Vessels. Journal of Engineering and Technology, University Of Technology, Vol 19, No, 2, Iraq, 2000.

57. Flexural Strength of Fibre Reinforced Microconcrete. Journal of Engineering and Development, Engineering College University of AI – Mustaansiriya, Iraq.

C.V. Professor Dr. Wail Nourildean Al-Rifaie

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58. Design Of Ferrocement In Flexure, Journal Of Engineering And Technology, University Of Technology, Vol 18,No. 4 , Iraq 1999.

59. Computational Model For Non-linear Analysis Of Ferrocement Shells Using F.E.M. Journal Of Ferrocement, Vol. 30, No. 1, January 2000.

60. Finite Element Method for Non-Linear Analysis of Ferrocement Slabs and Box-Beams. Proceedings of the Seventh International Symposium on Ferrocement and Thin Reinforced Cement Composites (FERRO-7), Singapore, 2001.

61. Experimental Investigation of Long-Span Roofing System. Proceedings of the Seventh International Symposium on Ferrocement and Thin Reinforced Cement Composites (FERRO-7), Singapore, 2001.

62. Non-Linear Behaviour of Reinforced Concrete Slabs By F.E.M. Journal of Engineering and Development Engineering College, University Of AI - Mustaansiriya -Iraq.

63. Non-Linear Analysis of Steel Frames Subject To Seismic Forces - Journal of Engineering and Development, Engineering College, University Of AI - Mustaansiriya.

64. An Experimental and Theoretical Investigation of the Behaviour of Ferrocement Box-Beams. Journal of Ferrocement, Vol. 3 1, No. 1, January 2001.

65. Connection For Segmental Ferrocement Semi-Cylindrical Shells As A Roofing System. Journal of Ferrocement, Vol. 31, No. 1, January 2001.

66. Effects of Wetting and Drying Cycles in Fresh Water on the Flexural Strength of Ferrocement. Journal of Ferrocement, Vol. 32, No. 2, April 2001.

67. Feasibility of Using Ferrocement in the Construction of Oil Tanks. Journal of Ferrocement, Vol. 32, No.2, April 2001.

68. Application of Ferrocement in Irrigation Canal Construction. Journal of Engineering College, Babylon University, Iraq, 2003.

69. Structural Assessment via FEM of Bonded Steel Structures Using Fibre Reinforced Epoxy Adhesive. International Conference “Advancing With Composite 2005”, Naples, October 11-14/2005, Italy.

70. Distant Learning in Iraq: Proposed Model. “Arabic Net for Open Learning and Distant Learning” Conference on Virtual Education and Distant Learning-Updating the Education System of the Open university in Arab World, Nov. 2005, Amman.

71. Ferrocement Wall: Penetration Testing. The Eighth International Symposium and Workshop on Ferrocement and Thin Reinforced Cement Composites, 6-8 February, 2006, Bangkok, Thailand.

72. Using Composite Materials For Strengthening Thin Walled Steel Tubes. Proceedings of the International Conference on Bio-Nanotechnology: Future Prospects in the Emirates. Nov 18-21, 2006, Al Ain, United Arab Emirates.

73. Parametric Study On The Effect Of The Fiber Reinforced Polymer(FRP) Pad On The Stress Intensity Factor Of A Cracked Pipe. Journal of Engineering Technology , Vol. 25, No. 1, 2007.

74. Modern Building System Using Ferrocement As Sustainable Construction Materials. Scientific Symposium, Problems and Solutions- Structures Engineering, Syrian Arab Republic, Faculty of Engineering –Tishreen University in cooperation with Union of Arab Research Councils, 17-18 /10/2010.

75. Structural Behaviour of Ferrocement System For Roofing. First Engineering Scintific Conference, Faculty of Engineering, Dyala University, Iraq, Dec.2010.

76. Using Fiber Reinforced Polymer (FRP) for Restoring Damaged Pipe with Outer

Circumferential Surface Crack. The 3rd

IMS International Conference on:

Applications of Traditional and High Performance Materials in Harsh

Environment, American University of Sharjah, College of Engineering ,

Sharjah – United Arab Emirates, January 23-24, 2008. 77. Modern Housing System Using Ferrocement As Sustainable Construction

Materials. 7th. Municipal Work, Conference & Exibition, 24-26 April 2012,

Kingdom of Bahrain. 78. Performance of Ferrocement Using Nscsc mortar. 3

rd. International Conference

on Nuclear & Renewable Energy Resources, 20-23 May 2012, Istanbul- Turkey.

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79. Structural Assessment via FEM of Bonded Steel Structures using Fiber Reinforced Epoxy Adhesive. International Journal of Material and Mechanical Engineering, 2012, 1: 61-65.

80. Ferroasphalt, Second Middle East Society of Asphalt Technologies (MESAT 2012), Conference on Sustainable Asphalt Pavements in the Middle East, American University of Sharjah, February 5-7, 2013, U.A.E..

81. The Impact of Embedded Nanoinclusion in Nanofiber Reinforced Composite. Physical Review & Research International Journal, 3(4), 438-451, 2013.

82. The Impact of Cracked Micro Particles On The Mechanical And The Fracture Behavior Of Particulate Composite. Journal of Nano and Electronic Physics, Vol. 5 No 4, 04001(7pp) (2013).

83. Development of Nano Cement Mortar as a Construction Material. Journal of Advanced Materials Research Vol. 795(2013) pp 684-691, www.scientific.net. SCOPUS Indexing.

84. Characterization of stiffened circumferentially cracked pipe with fiber reinforced polymer composite patch. Journal of Advanced Materials Letters, Sept. 2013. SCOPUS Indexing.

85. Experimental Investigaion on Thin Ferrocement Dome Structures. International Journal of Engineering and Advanced Technology (IJEAT), ISSN: 2249-8958, Vol. -3, Issue-2, December 2013.

86. An Approximate Method for the Design of Ferrocement Beams. International Journal of Engineering and Advanced Technology (IJEAT), ISSN: 2249-8958, Vol. -3, Issue-4, April 2014.

87. Experimental Investigation of Nano-Polymercement Composite. Study of Civil Engineering and Architecture (SCEA) Volume 3, 2014 www.seipub.org/scea.

88. Performance of Ferrocement Eco-Housing System under Direct Fire. 13th.

International Conference on Sustainable Energy Technology (SET2014), 25-28

th. Augest, 2014, Geneva.

89. Development of Nano Cement Mortar Composite. IMS/7 International

Conference in Engineering Materials, American, University of Sharjah, March

18-20, 2014,Sharjah, United Arab Emirates. ISBN: 978-9948-20-855-6.

90. Thermal performance of ferrocement Green Building System, Proceedings of the 3

rd. International Conference on Renewable Energy: Generation and

Applications. ICREGA'14, Al-Ain, United Arab Emirates, March 2, 2014. Chapter 21 of Book: Renewable Energy: Generation and Applications, Springer Proceeding in Energy..

91. Ferrocement in Eco-Housing System. International Joural of Renewable

Energy Research, Vol.4, No.1, 2014. SCOPUS Indexing.

92. The Behaviour of Two-Way Micro Reinforced Concrete under Impact Loads.

ASME 2014 International Mechanical Engineering Congress & Exposition,

November 14-20 2014, Motral, Canda.

93. Development of an Engineering Material Arresting System to Protect

Overrun Aircraft. International Research Journal on Engineering, Vol.

2(4), pp. 046-051, September, 2014, http://www.apexjournal.org. 94. Mechanical Properties of Nano-Cement Mortar: Compression and Tension.

Proceeding of the International Conference on Industrial Engineering and

Operations Management, Dubai, United Arab Emirates (UAE), March 3-5,

2015. Published in Industrial and Operations Management (IEOM), 2015. SCOPUS Indexing.

95. Precast Ferrocement Hollow Core Slab/wall Panels. Proceeding of 14th.

International Conference on Sustainable Energy Technologies – SET2015 25th.

– 27th. Of August 2015, Nottingham, UK.

96. An experimental Investigation on the Shear Strength of Ferrocement

Reinforced with Hexagonal Mesh. Proceeding of the ASME 2015 International

Mechanical Engineering Congress & Exposition IMECE 2015, November 13-

19, Houston, Texas, USA.

97. The Impact of Cracked Microparticles on the Mechanical and the Fracture

Behavior of Particulate Composite. JOURNAL OF NANO_ AND

ELECTRONIC PHYSICS, Vol.7 No. 3. 03008(6pp) (2015).

C.V. Professor Dr. Wail Nourildean Al-Rifaie

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98. Improve the Cement Mortar on Thermal Insulation for High Temperature by

Addition of Nano Materials. Proceeding of Third Iraq Oil and Gas Conference

(3rd

. IOGC), Amara, October-2015.

99. LEFM TO INVESTIGATE THE IMPACT OF DETERIORATED

PARTICLES IN COMPOSITE MATERIAL. Proceedings of the ASME 2015

International Mechanical Engineering Congress & Exposition IMECE 2015

November 13-19, 2015, Houston, Texas, USA.

100. EFFECT OF NANOMATERIALS IN CEMENT MORTAR

CHARACTERISTICS. Journal of Engineering Science and Technology, Vol.

11, No. 9 (2016), © School of Engineering, Taylor’s University.

101. Thermal Response of Ferrocement Cavity Wall Under Direct Fire.

International Journal of Sustainable Building Technology & Urban

Development, United Kingdom, 2015. DOI: 10.1080/2093761x.2015.1116416.

102. NANOTECHNOLOGY FOR HIGH PERFORMANCE OF FERROCEMENT

IN GREEN BUILDINGS. ECRES – 3. European Conference on Renewable

Energy Systems, Antalya, TURKEY, 07-10 Oct. 2015. 103. Load Carrying Capacity of Clay Brick Masonry Wall Encased by Ferrocement.

Eighthth International Conference On Materials Science and Engineering –

IMS/8, February 2 -3, 2016, American University of Shajah, UAE.

104. Ferrocement Slab Under Falling Weight. Eighthth International Conference On

Materials Science and Engineering – IMS/8, February 2 -3, 2016, American

University of Shajah, UAE.

105. Properties of Fresh and Hardened High Strength Steel Fibers Self-

Compacted Concrete. Fourth Inter. Conf. on Sustainable Construction

Materials and Technologies, 7-11 August 2016, Nevada University, Las

Vegas, USA.

106. Experimental Investigation of Nanotechnology for High Performance of

Ferrocement in Green Building: Part 2. Academic Journal of Science,

CD-ROM. ISSN; 2165-6282 :: 05(01):83-96 (2016).

107. Mechanical properties of date palm fibre-reinforced gypsums. Journal of

Innovative Infrastructure Solutions 1(1), 1-7, Springer Publisher. DOI

10.1007/s41062-016-0022-y.

http://link.springer.com/article/10.1007/s41062-016-0022-y.

C.V. Professor Dr. Wail Nourildean Al-Rifaie

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Annex 3 Courses taught

Building and Construction Engineering Department, University of Technology, Iraq

Undergraduate

1975-80 Theory of structures(determinate structures), 2nd year, 60 hours/semester

Theory of structures(advanced structural analysis), 4th (final) year 90 hours/year

1979-80 Steel design, 3rd year 45 hours/semester

1980-96 Theory of structures(determinate and indeterminate structures), 3rd year, 30

weeks 4hrs/week

120 hours/year

1997-

2000 Advanced structural analysis, 4th (final) year 30 hours/semester

Post-Graduate

Non-planar roofs 30 hours

Plates and shells 30 hours

Finite element method 30 hours

Structural dynamics 30 hours

Machines and Equipment Engineering Department, University of Technology, Iraq

Undergraduate

Aircraft Structures, 3rd year 90 hours/year

Post-Graduate

Plates 30 hours

Theory of elasticity 30 hours

Civil Engineering Department, College of Engineering Al Mustansrya University, Iraq

Undergraduate

1988-89 Theory of structures(determinate and indeterminate structures) 3rd year 90 hours/year

Civil Engineering Department, College of Engineering , Gulf University, Bahrain Undergraduate

2007-09 Structural Analysis I &II

Concrete Design I & II

Advanced Structural Analysis

Statics

Mechanics of Materials

Steel Design I & II

Postgraduate

2007-09 Structural Dynamics

Advanced Structural Mechanics

Finite Element Analysis

Plates & Shells

Civil Engineering Department, Military Engineering College, Iraq

Undergraduate

1987-89 Fortified Structures 60 hours/year

Civil Engineering Department, University of Tikrit, Iraq Post-Graduate

2010-13 Plates and Shells 45 hours

2011 Finite Element Method 45 hours

2012-13 Matrix Methods of Structural Analysis 45 hours

Civil Engineering Department, College of Engineering,

C.V. Professor Dr. Wail Nourildean Al-Rifaie

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Philadelphia University, Amman, Jordan

2013-14 Statics

2013-14 Reinforced Concrete I

2013-14 Structures I

2013-14 Reinforced Concrete II

2013-14 Prestressed Reinforced Concrete

2014-15 Structures II

Continuing Education Courses3

Machine foundation (University of Technology) 10 hours

Fortified structures (Military Technical College) 10 hours

Method of construction, brick Vaults and Domes 5 hours

Dynamic design (University of Technology) 10 hours

Blast Resistance structures (Ministry of Housing) 30 hours

3 Participants were engineers from the design departments of the Iraqi Government

C.V. Professor Dr. Wail Nourildean Al-Rifaie

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Annex 4: Postgraduate Project Supervision

Postgraduate Diploma Dissertations

1. Large Span Folded Plate Roofs, 1977. 2. Analysis and Design of Reinforced Concrete Coupled Shear Walls, 1977. 3. Analysis and Design of Composite Bridge having Box-Like Cross Section, 1980. 4. Experimental Investigation of a Shear Core, 1981. 5. Analysis and Design of a Roof in a Cenema Building, 1981. 6. Analysis and Design of a Pre-Cast Reinforced Concrete Bridge across a Motor

Way, 1998. 7. Analysis and Design of a Composite Bridge, 1998. 8. Computer Aided Analysis and Design of Thin Ferrocement Box-Beams, 2000. 9. Computer Aided Analysis and Design of Thin Ferrocement Shells, 2000. 10. Computer Aided Analysis and Design of Thin Ferrocement Box-Culverts, 2002. 11. Analysis and Desigof a Pre-Cast Reinforced Concrete Fly-Over, 2002. 12. Analysis and Design of Ferrocement Pedestrians Bridges, 2002. 13. Analysis and Design of Rail-Way Reinforced Concrete Box-Culverts, 2002. 14. Analysis and Design of Steel Pedestrians Bridges by STAAD-III, 2003.

MSc Theses

15. Folded Plate Roof Structures Containing Opening, 1979. 16. Structural Analysis of Skew Box-Girder Bridges, 1981. 17. Structural Analysis of Box-Beams Containing Openings, 1982. 18. Inelastic Dynamic Analysis Of Framed Structures Subjected To Blast Load, 1989. 19. Dynamic Response of Double Box Shelter, 1989. 20. Elastic-Plastic Analysis of Steel Frames with Large Deformation, 1989. 21. Structural Behaviour of Thin Ferrocement Folded Plate Roof Structures, 1989. 22. Elastic-Plastic Behaviour of Steel Frame Structure, 1990. 23. Thin Ferrocement Bearing Wall Structures 1992. 24. Effect of Sub-Grade Reaction on the Seismic Response of Framed Structures

1992. 25. Structural Behaviour of Ferrocement Box-Beams, 1993. 26. Strength and Behaviour of Reinforced Concrete Structures, 1993. 27. Thin Ferrocement Shell Structures, 1994. 28. Elastic-Plastic Behaviour of Steel Frame Having Box-Section, 1995. 29. A Study of Precast Frames under Gravity Load, 1996. 30. Non-Linear Earthquake Analysis of Building Frames, 1996. 31. Ferrocement Segmented Shell Structures, 1996. 32. The Strength of Ferrocement Encased Brick Columns and Walls, 1998. 33. Non-Linear Finite Element Method for Analysis of Ferrocement Roofing

Elements. 34. Non-Linear Behaviour of Folded Plate Structures, 1998. 35. Beam-Column Connection in Precast Reinforced Concrete Frames, 1999. 36. Mechanical Characteristic of Ferrocement Slabs under Flexural Loading, 1999. 37. Design of Spherical Tanks with CAD and CBI Programs, 2000. 38. Effect of Subgrade Reaction on Non-Linear Response of Framed Structures

under Seismic Loading, 2000. 39. Ability of Ferrocement to Raise the Resistance of Reinforced Concrete Beams

That Are Subjected To Impact Load, 2000. 40. Behaviour Of Ferrocement Beams In Flexure, 2000. 41. Computer Aided Analysis and Design of Ferrocement Roofs, 2000. 42. Ferrocement Vierendeel Truss, 2000. 43. Flexural Behaviour of One-Way Ferrocement Slabs, 2000. 44. Theoretical Investigation of Welded Pipes by Finite Element Method, 2000. 45. Finite Element Analysis for Arch Dams, 2001. 46. Effect of High Performance Mortar on Ferrocement Slabs under Impact Loading,

2001. 47. Concrete Slabs under Impact Loading, 2001. 48. Elastic-Plastic Analysis of Steel Space Structures, 2001.

C.V. Professor Dr. Wail Nourildean Al-Rifaie

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49. Effect of Superplasticizer and Rice Husk Ash on Ferrocement Slabs under Static Loads, 2001.

50. Modern Thin Ferrocement Domes on Polygonal Platforms, 2001. 51. Structural Behaviour of Piles during Driving, 2002. 52. Using Ferrocement in the Camouflage Structures, 2002. 53. Structural Behaviour of Ferrocement T-Beams, 2002. 54. Structural Behaviour of Ferrocement I-Beams, 2002. 55. Mechanical Properties of Palm Fibre-Reinforced Gypsum, 2002 56. An Evaluation Of A Compact Water Treatment Unit Made Of Ferrocement For

Rural Areas, 2002. 57. The Behaviour of Ferrocement Elements under Radiant Heating 2003. 58. The Behaviour of Ferrocement Structures under Direct Fire, 2005. 59. The Behaviour of Ferrocement Elements under the Effect of Ground Water,

2005. 60. Structural Behaviour of Ferrocement With Square Welded Mesh Under Radiant

Heating. 61. Thermal Conductivity for Ferrocement Panel under Direct Fire, 2010. 62. Performance of Ferrocement Using Crushed Limestone As Fine Aggregate,

2012. 63. Experimental Investigation of Composite Ferrocement – Steel Beams. 2012. 64. Design of Concrete Columns Cast in Precast Ferrocement Formwork. 2012. 65. Nanotechnology of Polymer-Cement Mortar. 2013. 66. Nanotechnology of Ferrocement. 2013. 67. Nanotechnology of High performance of Cement Mortar. 2013. 68. Multi-cell Box Ferrocement Slab Unit. 2013. 69. Shear Strength of High Strength Self Compacted Steel Fibre Reinforced

Concrete Beams. 2013. 70. Extension of Run-Way to Safe Uncontrolled Air-Plane. 2013. 71. Rehabilitations of Reinforced Concrete Structures, 2013. 72. Experimental and Theoretical Investigations of Thermal Structures Using New

Materials, 2013.

PhD Theses

73. High Level Stress Analysis Of Gate Valve Pressure Using Finite Element Method and AUTOCAD 1995.

74. Non-Linear Behaviour and Optimal Design of Reinforced Concrete Vierendeel Trusses, 1996.

75. Remote Sensing Techniques in the Camouflage of Structures Using Digital Image Processing Methods, 1996.

76. Thin Ferrocement In Hydraulic Structures, 1996. 77. Effect of Theory on Experiment Variables of Engineering Laboratories in

Education, 1996. 78. An Analytical Model for the Plastic Limit and Final Velocities of a Rigid

Cylindro-Clindero Projectile Perforating Multi-Layered Metal Targets, 1997. 79. Structural Behaviour Of Ferrocement Exposed To Petroleum Products, 1997. 80. Structural Behaviour of Long-Span Ferrocement Roofs, 1998. 81. Three-Dimensional Non-Linear Finite Element Analysis of High Strength

Concrete Panels Under Combined Loading and Beams in Torsion, 1998. 82. Ferrocement for Structural Rehabilitation, 1998. 83. Thin Ferrocement Dome Structures, 1999. 84. Application of Plasticity Theory to Prestressed Concrete Shell Containment

Structures, 1999. 85. The Influence of Metakaolin on Mechancal Properties of Ferrocement, 2005. 86. Ferrocement Elements Subjected To Pure Torsion, 2005. 87. Strengthening of Thin Walled Circular Steel Tubes by Composite Materials,

2006.