Sources
and editorial notes.
Where the information comes from, what the numbers mean, and how to use this academic resource responsibly.
Biography & affiliation
The official university faculty profile is the primary source for academic rank, department and education. For consistent single-year labels, the timeline uses the earlier Gregorian year corresponding to each recorded Solar Hijri year. The original Solar Hijri years are also shown.
Publisher biographies provide context, including Cambridge Scholars Publishing. Older administrative roles are not presented as current appointments.
The 2014 engineering recognition is documented in Thomson Reuters’ 2014 report, hosted by Kyoto University. The national exemplary professor distinction for 1402 is recorded by the university profile. The February 2008 ScienceWatch recognition is an editorial Fast Breaking Paper feature, supported by the archived original interview.
An older CV supplied by the site owner was consulted as background. Current university records take precedence where dates conflict; historical metrics and unverified superlatives from the CV have not been reused. Only selected, sourced professional recognitions are presented.
Scopus snapshot
The homepage displays the profile figures supplied for this website in September 2026: 59,414 citations, 1,124 documents, 26,112 citing documents and an h-index of 125. These have not been independently refreshed from Scopus and are not live counters.
Verify the latest figures on Scopus author profile 56087496700. Indexes differ in coverage and citation counts; figures from Scopus, OpenAlex and Google Scholar are not interchangeable.
Research.com rankings & recognitions
The Research.com profile, last updated 20 August 2026 and checked on 28 September 2026, reports a D-index of 127, 748 publications and 49,693 citations in Mechanical and Aerospace Engineering.
In the 2026 discipline ranking, Ganji is 16th worldwide and 2nd in Iran when the Current filter is selected. This cohort includes researchers with publications in the previous five years. The All Time filter includes active and retired scientists and places him 17th worldwide and 2nd in Iran. These are two comparison groups in the same edition, not a year-to-year improvement.
The ranking states that bibliometric data were collected on 12 January 2026. Its methodology defines D-index as an h-index calculated from publications and citations assigned to a particular discipline. It should not be substituted for the Scopus h-index or treated as a whole-career count across all fields.
The profile explicitly lists Research.com’s Mechanical and Aerospace Engineering in Iran Leader Award for 2026 and Mathematics in Iran Leader Award for 2023. These are recognitions from Research.com, separate from the national exemplary-professor distinction recorded by the university.
LinkedIn is linked as a professional profile. The current university record remains the authority for the biography’s academic position and education.
Python research collection
The Python research collection is a curated set of coauthored studies with Python use documented in their titles, abstracts or accessible paper text. Each study is linked to a publisher or original scholarly record. Summaries explain the documented use of Python; they do not imply that Ganji personally wrote every implementation.
This separately researched collection can include papers absent from the 27 September OpenAlex archive snapshot. It does not claim to be an exhaustive total. A broad keyword-search count is not a verified count of Python-based papers by this author. Journal quartiles depend on the ranking system, subject category and year and require separate verification.
For specific journal context, Scopus source 21101021537 reports a 2025 CiteScore of 11.0 for International Journal of Thermofluids, with a 92nd-percentile position (57 of 740) in Mechanical Engineering. That position falls in the top quartile for this CiteScore category and year. It is a journal-level measure and should not be read as a quality score for an individual article or applied to every study in the collection.
Publication archive
The archive contains all 948 records returned for OpenAlex author A5009800106, resolved using ORCID 0000-0002-4293-5993, on 27 September 2026. It includes articles, books, chapters, proceedings, preprints and notices. It is not a complete export of the 1,124 Scopus documents.
OpenAlex author assignments are algorithmic and can contain errors. A subset of records was cross-matched with the public ORCID work list; the remaining assignments should be reviewed by the author. Citation counts shown in the archive are OpenAlex counts at retrieval.
Retraction flags and retraction notices are retained and labeled. Absence of a flag does not guarantee that a publisher has not updated a record. Follow the DOI for the current version and status. Full texts are not hosted here; links point to publisher and lawful open-access records.
Download the full bibliography (BibTeX) · Download the publication data (JSON) · Read dataset coverage (JSON)
Books & editions
This is a selected catalogue of 28 verified books, not a claim to include every title. Titles, ISBNs, coauthors, publisher links and available cover images were checked against publisher listings and established bibliographic or bookseller records. Descriptions are original summaries. Prices are not reproduced because they vary by format and region. Purchase links lead to publishers or established booksellers. Where a matching Amazon listing was verified, a second purchase link is included; the available format may differ from the edition identified by the displayed ISBN. None of these links carries affiliate tracking. Amazon discovery was checked across Domiri, Domairry and Ganji name variants; different formats of the same book are not counted as separate titles.
The year shown follows the named academic edition; some titles first shipped in the preceding calendar year. The publisher listing for Nonlinear Systems in Heat Transfer contains inconsistent author metadata: the site follows the original cover and ScienceDirect record, naming Amin Sedighiamiri.
Learning notes & interactive models
The method lessons are original site educational material, with primary sources linked in every lesson. They are not presented as professor-authored or formally endorsed course notes. Historical method attribution is explicit.
The oscillator experiment compares a fourth-order Runge–Kutta solution with a first-harmonic approximation for a dimensionless, undamped Duffing oscillator. The series experiment compares a finite geometric expansion with the exact solution of u′ + u² = 0. Both are teaching models; their assumptions and limitations are part of the lesson.
Portrait & visual material
The authentic portrait of Professor Davood Domiri Ganji is reproduced from Harfetaze. The full portrait on the biography page retains the source watermark. Use on this site was authorized by the site owner.
Book covers are reproduced to identify their respective publications and remain the property of the publishers. Animated fields and plots are mathematical visualizations created for this site. The flow artwork is a conceptual vector field, and the standing-wave surface is a mathematical illustration; neither represents a specific experiment.
Accessibility & privacy
The site supports keyboard navigation, responsive layouts and reduced-motion preferences. A pause control is available on the homepage animation. Lesson text remains accessible without the interactive plots.
No analytics, advertising scripts or contact-form tracking are installed. Fonts and images are served locally. External academic and publisher links are subject to the destination’s policies.
For academic correspondence or a correction to the content, contact [email protected].