molavi

Languages available for consultation:

English

Amir Molavizadeh

MA
Education
10
Experience (Year)
Academic
Level of Consultation
5
Number of projects (Articles)

Country:

United Arab Emirates

Master of Science in Mechanical Engineering,graduated in 2013

Bachelor of Science in Mechanical Engineering,graduated in 2011

  • REON INTERNATIONAL GROUP EDUCATIONREON INTERNATIONAL GROUP EDUCATION
    Chief Executive Officer(Dec 2023-Now)
    Content Manager(Mar 2019-Jan 2024)

 

  • Abaqus Center
    Chief Executive Officer(Mar 2019 – Present)
    CEO(Sep 2014 – Present )
    Head Of Department(Sep 2014 – Present)

 

  • eMasterTrade
    Chief Executive Officer(Aug 2017 РJun 2019 )

 

  • National Iranian Copper Industries Co. , NICICO
    Teacher(Jan 2014 – Jan 2017)

 

  • Elite Association
    Manager in Engineer Department(Mar 2015 – Feb 2016)

 

  • Techno Sanat Melal
    Mechanical Designer(Jan 2014 – Jan 2015)

 

  • Isfahan University of Technology
    Teacher,Computer Aided Engineering Design for Mechanical Engineering (Preliminary&Advanced)(Feb 2013 – May 2014)
    Mechanical Designer(Mar 2012 – Mar 2013)
    Teaching Assistant(Jun 2012 – Sep 2012)
  1. Composite Material
  2. Additive Manufacturing
  3. Fatigue Analysis
  4. fracture and failure
  5. Heat transfer
  6. Aerospace Engineering
  7. Impact Engineering
  1. Abaqus
  2. MATLAB
  3. Fortran
  4. Python
  5. Catia
  1.  Design, analysis, construction and test of Composite pressure vessel (M.Sc. project, Research project/2014-2017).
  2. Design, analysis, construction and test of Composite shaft. (Research project/2014-2017).
  3. Fatigue analysis of composite materials (Research project/2014-2017).
  4. Fatigue and Damage analysis of sandwich panels in huge structures under several type of loading (include: cohesive, wood, foam, woven/arbitrary oriented composite) (Research projects/2016-2017).
  5.  High speed impact on composite and hybrid composite plates (Research projects/2015-2016).
  6. Design and analysis of planar motion mechanism (PMM) for subsea center of Isfahan University of technology (Research project/2013-2014).
  7. Design, analysis, construction ,and test of composite pressure vessel
  8. Design, analysis, construction ,and test of Composite shaft
  9. Fatigue analysis of composite material
  10. Fatigue and Damage analysis of sandwich panels in huge structures under several type of loading (include: cohesive, wood, foam, and woven/arbitrary oriented composite)
  11. High speed impact on composite and hybrid composite plates
  12. Design and analysis of planar motion mechanism (PMM)
  13. Investigation of ballistic Impact behavior of woven panels
  14. Effect of shape and orthotropic ratio on progressive failure in composite plate with hole based on Puck failure criterion
  15. Progressive failure of tension-loaded open hole composite laminate subjected to post-buckling
  16. Design and analysis of butterfly lock mechanism
  17. Conceptual design of inspector robot
  18. Thermal simulation of brake in FEM software
  19. Thermoforming simulation of polypropylene with great elongation and help of plug-ins
  20. Python scripting to applying several units in ABAQUS
  21. Writing types of subroutine(USDFLD, UMAT, VUAMT) to detection several failure initiation(Puck, Hashin, Tsaih) for 3D continuum composite material
  22. Damage initiation and propagation of adhesive in joints
  23. Finite Element simulation of ballistic impact in the composite panels
  24. Simulation of hydroforming process in ABAQUS by using VDISP and VDLOAD subroutines
  25. Forge simulation in ABAQUS
  26. Simulation of brittle damage in ABAQUS with subroutine
  27. Simulation of incremental forming in ABAQUS
  28. Simulation of deep drawing with 3D continuum and conventional elements in ABAQUS
  29. Using of VFRICTION and VFRIC subroutines in ABAQUS to simulation of contact
  30. Simulation of torsional strength of the hybrid aluminum/composite drive shaft
  31. Simulation of rubber pad forming
  32. Finite Element simulation of hot rolling process
  33. Finite element simulation of extrusion and rolling in ABAQUS
  34. Using of UGEN subroutine to specify matrix stiffness
  35. New method to calculate fatigue of adhesive using USDFLD subroutine in ABAQUS
  1. Molavizadeh, A., & Rezaei, A. (2019). Progressive damage analysis and optimization of winding angle and geometry for a composite pressure hull wound using geodesic and planar patterns. Applied Composite Materials, 26, 1021-1040.
  2. Investigation of ballistic Impact behavior of woven panels S. Roohollahi, M. Zarebini, A. Molavizadeh, A. Rezaei
  3. Textile Engineering Conference of Iran, In Persian, 2015.
  4. Investigation of progressive failure in composite plates with hole based on Puck failure Criterion .S.M. Noorbakhsh, A. Molavizadeh, M.Z. Kabir
  5. 25th Annual International Mechanical Engineering Conference. In Persian, 2016.

  • Master of Science in Composite material Engineering,graduated in 2015
  • Bachelor of Science in Mechanical Engineering,graduated in 2013
  • REON INTERNATIONAL GROUP EDUCATIONREON INTERNATIONAL GROUP EDUCATION Chief Executive Officer(Dec 2023-Now) Content Manager(Mar 2019-Jan 2024)
  • Abaqus Center Chief Executive Officer(Mar 2019 - Present) CEO(Sep 2014 - Present ) Head Of Department(Sep 2014 - Present)
  • eMasterTrade Chief Executive Officer(Aug 2017 - Jun 2019¬†)
  • National Iranian Copper Industries Co. , NICICO Teacher(Jan 2014 - Jan 2017)
  • Elite Association Manager in Engineer Department(Mar 2015 - Feb 2016)
  • Techno Sanat Melal Mechanical Designer(Jan 2014 - Jan 2015)
  • Isfahan University of Technology Teacher,Computer Aided Engineering Design for Mechanical Engineering (Preliminary&Advanced)(Feb 2013 - May 2014) Mechanical Designer(Mar 2012 - Mar 2013) Teaching Assistant(Jun 2012 - Sep 2012)
  • Abaqus
  • MATLAB
  • Fortran
  • Python
  • Catia
  • energy
  • Fracture and failure
  • Biomechanics
  1.  Design, analysis, construction and test of Composite pressure vessel (M.Sc. project, Research project/2014-2017).
  2. Design, analysis, construction and test of Composite shaft. (Research project/2014-2017).
  3. Fatigue analysis of composite materials (Research project/2014-2017).
  4. Fatigue and Damage analysis of sandwich panels in huge structures under several type of loading (include: cohesive, wood, foam, woven/arbitrary oriented composite) (Research projects/2016-2017).
  5.  High speed impact on composite and hybrid composite plates (Research projects/2015-2016).
  6. Design and analysis of planar motion mechanism (PMM) for subsea center of Isfahan University of technology (Research project/2013-2014).
  7. Design, analysis, construction ,and test of composite pressure vessel
  8. Design, analysis, construction ,and test of Composite shaft
  9. Fatigue analysis of composite material
  10. Fatigue and Damage analysis of sandwich panels in huge structures under several type of loading (include: cohesive, wood, foam, and woven/arbitrary oriented composite)
  11. High speed impact on composite and hybrid composite plates
  12. Design and analysis of planar motion mechanism (PMM)
  13. Investigation of ballistic Impact behavior of woven panels
  14. Effect of shape and orthotropic ratio on progressive failure in composite plate with hole based on Puck failure criterion
  15. Progressive failure of tension-loaded open hole composite laminate subjected to post-buckling
  16. Design and analysis of butterfly lock mechanism
  17. Conceptual design of inspector robot
  18. Thermal simulation of brake in FEM software
  19. Thermoforming simulation of polypropylene with great elongation and help of plug-ins
  20. Python scripting to applying several units in ABAQUS
  21. Writing types of subroutine(USDFLD, UMAT, VUAMT) to detection several failure initiation(Puck, Hashin, Tsaih) for 3D continuum composite material
  22. Damage initiation and propagation of adhesive in joints
  23. Finite Element simulation of ballistic impact in the composite panels
  24. Simulation of hydroforming process in ABAQUS by using VDISP and VDLOAD subroutines
  25. Forge simulation in ABAQUS
  26. Simulation of brittle damage in ABAQUS with subroutine
  27. Simulation of incremental forming in ABAQUS
  28. Simulation of deep drawing with 3D continuum and conventional elements in ABAQUS
  29. Using of VFRICTION and VFRIC subroutines in ABAQUS to simulation of contact
  30. Simulation of torsional strength of the hybrid aluminum/composite drive shaft
  31. Simulation of rubber pad forming
  32. Finite Element simulation of hot rolling process
  33. Finite element simulation of extrusion and rolling in ABAQUS
  34. Using of UGEN subroutine to specify matrix stiffness
  35. New method to calculate fatigue of adhesive using USDFLD subroutine in ABAQUS

 

  1. Molavizadeh, A., & Rezaei, A. (2019). Progressive damage analysis and optimization of winding angle and geometry for a composite pressure hull wound using geodesic and planar patterns. Applied Composite Materials, 26, 1021-1040.
  2. Investigation of ballistic Impact behavior of woven panels S. Roohollahi, M. Zarebini, A. Molavizadeh, A. Rezaei
  3. Textile Engineering Conference of Iran, In Persian, 2015.
  4. Investigation of progressive failure in composite plates with hole based on Puck failure Criterion .S.M. Noorbakhsh, A. Molavizadeh, M.Z. Kabir
  5. 25th Annual International Mechanical Engineering Conference. In Persian, 2016.

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