Seyed Mohammad (Moein) Vahidhosseini

  • Ph.D. in mechanical engineering, energy conversion division
  • Front-end web developer: React, React Native, Next, Svelte
moein.vahidhosseini@gmail.com
Mashhad, Iran

About

I received my B.Sc., 2012, and M.Sc., 2014, in mechanical engineering department at the FUM. To date, I have published six articles in peer reviewed international journals. I worked in the heat transfer laboratory of the FUM as a teaching fellow for six semesters. I worked on a porous radiant burner with internal combustion regime and convective drying as the Ph.D. thesis and Master thesis, respectively. After my Ph.D., I’ve started learning web development. In this field, I’ve learned Node and Javascript and their frameworks; Express, React, React Native, Next, Svelte, as well as the Python framework of Django.
  • My web-based work interest is to develop websites using the server-side rendering (SSR) by the Next.js and Django as the front-end and back-end frameworks, respectively.
  • My research interests in the mechanical engineering include the premixed combustion in porous radiant burners, convective drying, Green’s Function Method (GFM), data science, local entropy generation analysis, mathematical modelling, and the analytical and exact solutions of mechanical problems.

Projects

Papers

#
Title
Publisher
Quality
IF
1
Three-dimensional analytical solution for transport problem during convection drying using Green's function method (GFM)
Elsevier
Q1
5.295
2
Green's function method (GFM) and mathematical solution for coupled equations of transport problem during convective drying
Elsevier
Q1
5.354
3
Exactness of measured/predicted temperature distributions for heat generation in arbitrary non-variable cross-section bar using entropy generation method
Elsevier
Q1
5.129
4
Cylindrical porous radiant burner with internal combustion regime: Energy saving analysis using response surface method
Elsevier
Q1
7.147
5
Assessment of a cylindrical porous radiant burner with internal combustion regime for sustainable energy: Numerical analysis of the radiant efficiency and NO production
Elsevier
Q1
5.353
6
Experimental study on the radiative heat transfer in a multi-hole porous radiant burner with internal combustion regime
Elsevier
Q1
5.295
* Total Citations based on Google Scholar on 5/26/2022: 54

Education

Degree
Field
University
Country
Grade
Start
End
Ph.D.
Mechanical engineering, Energy conversion
Ferdowsi University of Mashhad
Iran
18.58
sep 2015
sep 2021
Thesis Title: Investigating the effect of the distance between perforated plate and porous media on the radiant efficiency of porous burners with internal combustion
Supervisor: Professor Javad Abolfazli Esfahani
Degree
Field
University
Country
Grade
Start
End
M.Sc.
Mechanical engineering, Energy conversion
Ferdowsi University of Mashhad
Iran
17.65
sep 2012
sep 2014
Thesis Title: Analytical Solution of Convective Drying Using Green’s Function Method (GFM)
Supervisor: Professor Javad Abolfazli Esfahani
Degree
Field
University
Country
Grade
Start
End
B.Sc.
Mechanical engineering
Ferdowsi University of Mashhad
Iran
15.58
sep 2008
sep 2012
Thesis Title: Nymerical simulation of two-dimensional laminar flow perpendicular to a triangular structure
Supervisor: Professor Javad Abolfazli Esfahani

Interests

  • Front-end Web development
  • Coding
  • Mathematical modelling
  • Optimizing Fuel-based energy systems
  • Youtube
  • Sport and Gym

Skills

The skills in the field of front-end and back-end web development:
  • JavaScript
  • TypeScript
  • React.js
  • React Native for mobile apps
  • React Testing Library
  • Next.js
  • Svelte
  • Redux & Redux Toolkit
  • Server-side rendering of websites to convert HTML files on the server into a fully rendered HTML page for the client, which improves the Search Engine Optimization (SEO) and the website's ranking
  • Django
  • Node.js
  • Express
  • Git & GitHub
  • Docker
  • Tailwindcss
  • CSS
The skills in the field of Mechanical engineering, Energy conversion:
  • Numerical simulation:
    1. Porous materials
    2. Radiative heat transfer
    3. Combustion models:
      1. Partially-premixed combustion model
      2. Premixed combustion model
      3. Probability Density Function (PDF) model
      4. Species transport model
  • Grid generation:
    1. 3D & 2D high-quality structured grid generation using ICEM CFD
    2. 3D & 2D unstructured grid generation using ICEM CFD
  • Mathematical modelling and solutions:
    1. Green's function method (GFM) to simulate convective drying
    2. Duhamel's integral method to simulate convective drying
    3. Performing mathematical operations using Maple
  • Data science: Statistical analysis using Response Surface Method (RSM) by Design Expert
  • Solidworks: Design of parts and devices
  • Performing all steps of equipment manufacturing, including industrial design, laser cutting and welding

Programming languages & Tech. Softwares

Programming languages:
  • Javascript
  • Python
  • C++
  • Fortran
  • Matlab
Tech. Softwares:
  • Ansys Fluent
  • ICEM CFD
  • Gambit
  • Solidworks
  • Maple
  • Design Expert
  • EES

Teaching Experience

Lecturer of heat transfer laboratory for six semesters at Ferdowsi University of Mashhad, Department of Mechanical Engineering

Certificates

  • AVA BRS
S.M. Vahidhosseini has participated in BRS academy 24-Hour training conference on Energy Management, based on "National Training Center of Energy Management" course contents.

14 May 2014 - 16 May 2014

Mashhad, Iran

Certificate No.: EMT . 1414.1416.031

Languages

Persian
English