Mehdi Bahari

Motivated Mechanical Engineering Ph.D. candidate with a solid foundation in developing conceptual, preliminary, and detailed designs. Possessing specialized expertise in structural and fluid mechanics, alongside hands-on experience in project management. Proficient in applying mechanical engineering principles to innovate and optimize designs for various applications. Skilled in coordinating multifaceted projects from conception to completion, ensuring alignment with timelines, budgets, and quality standards. A collaborative team player with exceptional communication skills, known for innovative problem-solving within the realm of mechanical engineering. Eager to leverage academic knowledge and practical experience to drive advancements in mechanical engineering and project management. Hardworking and driven with superior organizational and analytical skills combined with unparalleled dedication to research excellence. Caring Mentor bringing 2 years of experience in related roles. Passionate about working with experienced engineers individuals to support development of Mechanical Engineering abilities and help each develop to full potential. Friendly and personable professional willing to take on any challenge.

• Poem
• Travelling
• Fitness
• Playing soccer

• Mechanical Engineering
• Computer Aided Design (CAD)
• Project Management
• Multi-physics simulation
• Structural & Fluid Mechanics
• Topology Optimization
• Computational Fluid Dynamics
• Pipeline Design

• Ranked undergraduate student (B.Sc)
• Honored as the 2nd ranked undergraduate student at University of Tehran (M.Sc)
• Ranked in nationwide M.Sc. entrance exam in Mechanical and Aerospace Engineering major (2018)

• Project control & Management (Fall 2017)
• Water transport Systems (Fall 2017)
• Statics, Material Strength and Material Sciences (Fall-2015)
• Design of Elements (Spring-2015)
• Heat Transfer (Fall-2016)
• Fluid Mechanics (Spring-2016)
• Mechanical Vibrations (Spring-2016)
• Thermodynamics (Fall-2017)

Place of Birth: Kermanshah, Iran

Fluid Mechanics:

• AutoDesk Fusion 360 & CFD - Water Pipe Creation & Flow Simulation/Pressure Analysis
• CFD (computational fluid dynamics) Analysis of Fluid Flow Characteristics in a Pipeline System: Design Optimization and Performance Evaluation using ANSYS CFX
• Centrifugal Pump Piping Design: "Analysis for Stress Assessment and Optimization"
• Exploring Flow Characteristics Through Elbow Configurations: A CFD Investigation
• Numerical simulation of incompressible transient laminar flow (Non-Permanent solution of viscous fluid flow into the cavity, cavity problem (MATLAB)
• Two-Phase Alumina water based Nano Fluid in a screen mesh heat pipe, Simulation using Ansys Fluent
• Stability analysis of the flow of a liquid film falling down an inclined plane using Chebyshev spectral method (MATLAB)
• Optimizing the heat transfer parameters in a heat sink by NSGA-II, MOPSO and PESA-II (MATLAB)
• Heat transfer analysis of a predefined geometry: Numerical analysis (MATLAB and COMSOL Multiphysics)
• A comparison between different types of fins' heat transfer (COMSOL Multiphysics)
• Solving Lid-driven cavity problem by psi-w and SIMPLE methods: Numerical approach (MATLAB)
• Fluid flow simulation of a simplified version of the Knudsen pump (COMSOL Multiphysics)
• Simulation of transient fluid flow around a cylinder (COMSOL Multiphysics)

Structural Mechanics:

• Modeling Lattice Structures with Periodic Boundary Conditions: stress and strain analysis( Abaqus)
• Finite Element Analysis of Kagome lattice structure under definite displacement load (Abaqus, COMSOL Multiphysics)
• Finite Element Analysis and Topology optimization of a MBB beam under definite Static load (MATLAB)
• Topology Optimization of Beams under definite static loads. (FEM)
• Stress and strain Analysis of a Truss Under Vertical and Horizontal Loads Using Abaqus

Project Management:

• Pipeline Route Planning and Surveying: Coordinating surveys and feasibility studies to determine the optimal route for the pipeline, considering factors such as terrain, environmental impact, and right-of-way acquisition.
• Failure Analysis and Remediation: Leading projects to investigate mechanical failures, identify root causes, and implement corrective actions to prevent recurrence.
• Cost Reduction Initiatives: Managing projects focused on identifying cost-saving opportunities, such as material substitutions, process improvements, or outsourcing strategies, without compromising quality or performance.
• Hydraulic and Hydrological Analysis: Managing hydraulic and hydrological analysis to assess the impact of bridges and tunnels on watercourses, including floodplain modeling, scour analysis, and bridge hydraulics design, Kermanshah area, Iran

+ Investigation into the effect of multiple line dipoles magnetic field through LS-3 parabolic trough solar system (journal of Applied Thermal Engineering)

+ Experimental and numerical investigation on heat transfer performance of ZnO/DI water nanofluids with various geometrical specifications of particles

+ Numerical study on natural convection heat transfer of a heat sink with cylindrical fins covered by metal foam

• Prof. P. Ahmadi, pahmadi@ut.ac.ir, School of Mechanical Engineering, College of Engineering, University of Tehran, Tehran, IRAN
• Prof. MA. Amiri Atashagh, maamiriatashagh@gmail.com, Faculty of New Sciences and Technologies, University of Tehran, Tehran, IRAN
• Prof. Mehdi Fakoordaghieh, m.fakoor.ut@gmail.com, Faculty of New Sciences and Technologies, University of Tehran, Tehran, IRAN
• Prof. A. Soheili mehdizad, soheili2008@gmail.com, School of Engineering, Azad University of Kermanshah, Kermanshah, IRAN