2006
Mechanical engineering · Nonlinear science
Babol Noshirvani University of Technology
PROFESSOR · RESEARCHER · AUTHOR
Davood
Domiri Ganji.
Also published as Davood Domairry Ganji
Exploring the mathematics of motion, heat and flow. A lifetime of research, shared through publications, books and an open scientific notebook.
Nonlinear mechanicsThermal sciencesAnalytical methods
FIG. 01 — PATTERNS IN FLOW
A generative study of flow
59,414Citations
1,124Indexed documents
125h-index
26,112Citing documents
Scopus profile snapshot supplied September 2026 · Figures vary by index and update date.About these metrics ↗
01A life in scientific inquiry
Research, teaching
and scientific inquiry.
Babol Noshirvani
University of Technology
RESEARCH.COM · 202616th worldwide · 2nd in IranActive researchers · Mechanical & Aerospace Engineering ↗University of Technology
Davood Domiri Ganji—also published as Davood Domairry Ganji—is a professor of mechanical engineering whose work connects nonlinear mathematics with the behavior of physical systems.
Across heat transfer, fluid mechanics and vibration, his research asks how complex equations can yield useful, understandable solutions. This site brings that body of work together with books, research pathways and step-by-step learning notes.
Meet the professorResearch spotlight · Scientific computing
Python.
Engineering insight.
Alongside analytical methods, Ganji and collaborators use Python to investigate heat transfer, fluid flow and nonlinear equations. Explore the studies behind this computational strand of their research.
Explore the Python research12 selected studies · Publisher-linked reading collection
A SCIENTIFIC COMPUTING WORKFLOW
01
FORMULATEA physical question.
Equations · assumptions · conditions
02
COMPUTEA solution in Python.
Symbolic algebra · numerical calculation
03
EXAMINEResults to examine.
Comparison · error · physical meaning
MODEL → COMPUTATION → UNDERSTANDING
02An atlas of research
Different systems.
Connected ideas.
Explore the physical questions behind the equations. Each plate is a mathematical teaching model.
The mathematics of motion.
What happens when a system no longer responds in proportion to the force applied?
Oscillations, structural response and dynamical systems whose behavior goes beyond a simple linear model.
Explore this research areaRelated publicationsHow energy finds its way.
How do fluid motion and material properties shape the movement of heat?
Heat transfer, nanofluids and the interaction of flow, material properties and magnetic fields.
Explore this research areaRelated publicationsMaking complexity tractable.
Can a difficult differential equation become a solution we can reason about?
Semi-analytical techniques that transform difficult differential equations into interpretable approximations.
Explore this research areaRelated publications03The open learning notebook
An open notebook
for nonlinear science.
Explore six analytical methods through worked examples. Then change the parameters yourself and watch theory meet a numerical solution.
Enter the interactive labA STUDY IN OSCILLATION∂
z = sin x · cos y · cos τ
04Selected publications
Selected
research publications.
Explore 948 indexed records2015
Review of heat transfer enhancement methods: Focus on passive methods using swirl flow devices
Renewable and Sustainable Energy Reviews
2014
Solving nonlinear differential equations of Vanderpol, Rayleigh and Duffing by AGM
Frontiers of Mechanical Engineering
Selected starting points across analytical methods and thermal engineering. Full records and publisher status are available through the linked DOI.
05The research record
A body of work,
across the years.
Follow a year into the publication archive. The chart shows records in this site's OpenAlex dataset, rather than Scopus citation totals.
06Books & monographs
Books and
research monographs.
Explore 28 selected books
Cambridge Scholars Publishing · 2023
A Semi-Analytical Approach to Nonlinear Mechanical Engineering Issues
Explore the book
Academic Press / Elsevier · 2017
Differential Transformation Method for Mechanical Engineering Problems
Explore the book
For the next generation
A starting point
for deeper understanding.
Find a starting point, follow an idea, and build the understanding to ask what comes next.