Heat and Mass Transfer

About Heat and Mass Transfer

Heat and Mass Transfer is a peer-reviewed academic journal published by Springer Science+Business Media.

Editorial Perspective & Metric Analysis

Based on current metadata, Heat and Mass Transfer maintains a standard position in the DE academic market. With an impact factor of 1.91, it remains a steady venue for researchers in its specific sub-fields.

ISSN (Print) 0947-7411
ISSN (Online) 1432-1181
Publisher Springer Science+Business Media
Country Germany
APC / Cost Inquire with Publisher
About Heat and Mass Transfer

Heat and Mass Transfer is a peer-reviewed academic journal published by Springer Science+Business Media.

Heat and Mass Transfer is published by Springer Science+Business Media from DE as a journal. It has published 4,827 works to date, attracting 89,171 citations across the literature. The journal carries an h-index of 95, reflecting both depth of catalog and sustained citation impact. Recent publishing activity centers on Heat Transfer and Optimization, Heat Transfer Mechanisms, Nanofluid Flow and Heat Transfer.
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Frequently Asked Questions about Heat and Mass Transfer

The current impact factor of Heat and Mass Transfer is 1.910.

No, Heat and Mass Transfer is not an open access journal.

Heat and Mass Transfer is published by Springer Science+Business Media.
Live Indexing Status
Updated April 2026

Track real-time indexing metrics to ensure this journal meets your academic requirements.

OpenAlex
Verified
DOAJ
Non-OA
Predatory Check
Clean
Impact Factor
1.910
Current Impact Factor
Historical Trend
Initial data points only
Impact Factors by Year
Year Value Source
2025 1.910 CiteScore (Scopus)

Works Published per Year (2014–2025)

Annual publication volume sourced from OpenAlex. Current year omitted (partial data).

Journal at a Glance
4,827
Total Works
89,171
Total Citations
95
h-index
1.90
2-Yr Mean Citedness

Source: OpenAlex — refreshed daily.

Top Research Topics

The areas where Heat and Mass Transfer most frequently publishes, ranked by article volume.

  1. Heat Transfer and Optimization
    Engineering
    1,447 works
  2. Heat Transfer Mechanisms
    Engineering
    1,188 works
  3. Nanofluid Flow and Heat Transfer
    Engineering
    1,155 works
  4. Heat Transfer and Boiling Studies
    Engineering
    902 works
  5. Fluid Dynamics and Turbulent Flows
    Engineering
    822 works
  6. Refrigeration and Air Conditioning Technologies
    Engineering
    263 works
  7. Heat and Mass Transfer in Porous Media
    Engineering
    248 works
  8. Combustion and flame dynamics
    Engineering
    206 works
Metadata

Last updated: Apr 24, 2026

Updated by: openalex_bulk

OpenAlex ID: S29537273

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