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 – 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)
- Composite Material
- Additive Manufacturing
- Fatigue Analysis
- fracture and failure
- Heat transfer
- Aerospace Engineering
- Impact Engineering
- Abaqus
- MATLAB
- Fortran
- Python
- Catia
- Design, analysis, construction and test of Composite pressure vessel (M.Sc. project, Research project/2014-2017).
- Design, analysis, construction and test of Composite shaft. (Research project/2014-2017).
- Fatigue analysis of composite materials (Research project/2014-2017).
- 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).
- High speed impact on composite and hybrid composite plates (Research projects/2015-2016).
- Design and analysis of planar motion mechanism (PMM) for subsea center of Isfahan University of technology (Research project/2013-2014).
- Design, analysis, construction ,and test of composite pressure vessel
- Design, analysis, construction ,and test of Composite shaft
- Fatigue analysis of composite material
- Fatigue and Damage analysis of sandwich panels in huge structures under several type of loading (include: cohesive, wood, foam, and woven/arbitrary oriented composite)
- High speed impact on composite and hybrid composite plates
- Design and analysis of planar motion mechanism (PMM)
- Investigation of ballistic Impact behavior of woven panels
- Effect of shape and orthotropic ratio on progressive failure in composite plate with hole based on Puck failure criterion
- Progressive failure of tension-loaded open hole composite laminate subjected to post-buckling
- Design and analysis of butterfly lock mechanism
- Conceptual design of inspector robot
- Thermal simulation of brake in FEM software
- Thermoforming simulation of polypropylene with great elongation and help of plug-ins
- Python scripting to applying several units in ABAQUS
- Writing types of subroutine(USDFLD, UMAT, VUAMT) to detection several failure initiation(Puck, Hashin, Tsaih) for 3D continuum composite material
- Damage initiation and propagation of adhesive in joints
- Finite Element simulation of ballistic impact in the composite panels
- Simulation of hydroforming process in ABAQUS by using VDISP and VDLOAD subroutines
- Forge simulation in ABAQUS
- Simulation of brittle damage in ABAQUS with subroutine
- Simulation of incremental forming in ABAQUS
- Simulation of deep drawing with 3D continuum and conventional elements in ABAQUS
- Using of VFRICTION and VFRIC subroutines in ABAQUS to simulation of contact
- Simulation of torsional strength of the hybrid aluminum/composite drive shaft
- Simulation of rubber pad forming
- Finite Element simulation of hot rolling process
- Finite element simulation of extrusion and rolling in ABAQUS
- Using of UGEN subroutine to specify matrix stiffness
- New method to calculate fatigue of adhesive using USDFLD subroutine in ABAQUS
- 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.
- Investigation of ballistic Impact behavior of woven panels S. Roohollahi, M. Zarebini, A. Molavizadeh, A. Rezaei
- Textile Engineering Conference of Iran, In Persian, 2015.
- Investigation of progressive failure in composite plates with hole based on Puck failure Criterion .S.M. Noorbakhsh, A. Molavizadeh, M.Z. Kabir
- 25th Annual International Mechanical Engineering Conference. In Persian, 2016.
- Design, analysis, construction and test of Composite pressure vessel (M.Sc. project, Research project/2014-2017).
- Design, analysis, construction and test of Composite shaft. (Research project/2014-2017).
- Fatigue analysis of composite materials (Research project/2014-2017).
- 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).
- High speed impact on composite and hybrid composite plates (Research projects/2015-2016).
- Design and analysis of planar motion mechanism (PMM) for subsea center of Isfahan University of technology (Research project/2013-2014).
- Design, analysis, construction ,and test of composite pressure vessel
- Design, analysis, construction ,and test of Composite shaft
- Fatigue analysis of composite material
- Fatigue and Damage analysis of sandwich panels in huge structures under several type of loading (include: cohesive, wood, foam, and woven/arbitrary oriented composite)
- High speed impact on composite and hybrid composite plates
- Design and analysis of planar motion mechanism (PMM)
- Investigation of ballistic Impact behavior of woven panels
- Effect of shape and orthotropic ratio on progressive failure in composite plate with hole based on Puck failure criterion
- Progressive failure of tension-loaded open hole composite laminate subjected to post-buckling
- Design and analysis of butterfly lock mechanism
- Conceptual design of inspector robot
- Thermal simulation of brake in FEM software
- Thermoforming simulation of polypropylene with great elongation and help of plug-ins
- Python scripting to applying several units in ABAQUS
- Writing types of subroutine(USDFLD, UMAT, VUAMT) to detection several failure initiation(Puck, Hashin, Tsaih) for 3D continuum composite material
- Damage initiation and propagation of adhesive in joints
- Finite Element simulation of ballistic impact in the composite panels
- Simulation of hydroforming process in ABAQUS by using VDISP and VDLOAD subroutines
- Forge simulation in ABAQUS
- Simulation of brittle damage in ABAQUS with subroutine
- Simulation of incremental forming in ABAQUS
- Simulation of deep drawing with 3D continuum and conventional elements in ABAQUS
- Using of VFRICTION and VFRIC subroutines in ABAQUS to simulation of contact
- Simulation of torsional strength of the hybrid aluminum/composite drive shaft
- Simulation of rubber pad forming
- Finite Element simulation of hot rolling process
- Finite element simulation of extrusion and rolling in ABAQUS
- Using of UGEN subroutine to specify matrix stiffness
- New method to calculate fatigue of adhesive using USDFLD subroutine in ABAQUS
- 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.
- Investigation of ballistic Impact behavior of woven panels S. Roohollahi, M. Zarebini, A. Molavizadeh, A. Rezaei
- Textile Engineering Conference of Iran, In Persian, 2015.
- Investigation of progressive failure in composite plates with hole based on Puck failure Criterion .S.M. Noorbakhsh, A. Molavizadeh, M.Z. Kabir
- 25th Annual International Mechanical Engineering Conference. In Persian, 2016.
