Journal decision profile

Heat Transfer Engineering

Engineering

Heat Transfer Engineering's 2026 Journal Metrics Score is 1.8, ranking Q3 in Mechanical Engineering and 1 other subfield. Two-year citation average from OpenAlex data, updated August 2026.

Taylor & FrancisUnited KingdompISSN 0145-7632eISSN 1521-0537
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Bookmark this page — track observed submission-to-acceptance timing, FWCI and field-normalized citation data for this journal in one view.

Journal Metrics Score
i
Journal Metrics ScoreThe raw score is citations received in the latest complete year by works from the two previous years, divided by the number of those works. It is calculated from OpenAlex open data (CC0) and is not a percentage grade.
2026
1.8

Journal Metrics Score 2026 · 2021–2024 window citedness 1.67.

Submission-to-acceptance
i
Submission-to-acceptanceCalendar days between the received and accepted dates reported in recent PubMed records. This interval includes editorial handling and author revisions, so it is not time to first decision or pure peer-review time.
PUBMED

Not available — there are not enough recent PubMed records with both received and accepted dates.

Indicative APC
i
Indicative APCThis journal-level estimate comes from the OpenAlex source record. It is not a verified quote and may exclude taxes, waivers, society discounts, or article-type charges. Check the journal's official website before deciding.
OPENALEX · VERIFY
Not available

No journal-level APC is available in the current OpenAlex snapshot. Cost is excluded from scoring.

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Does your manuscript fit Heat Transfer Engineering?

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At a glance

Journal decision profile

Each spoke is a 0–100 percentile within a comparable journal cohort—not a percentage grade or a single black-box rating.

Relative profile

Metrics ScoreThe raw 2026 Journal Metrics Score is the recent two-year citation average shown above. The radar converts it to a 0–100 cohort percentile: farther out means a higher score than more comparable journals. It is not a percentage grade.iSource outputThe raw rank compares lifetime output inside the journal’s leading-topic source set. The radar then compares that rank position across Decision Profile journals in the same primary OpenAlex field; when that field has too few profiles, it uses the broader profile set. Farther out means relatively more output, not better research quality.iTop 10% shareThe share of recent papers in the global top 10% for citations after comparing papers of the same type, publication year, and subfield. The radar converts that share to a 0–100 cohort percentile; it does not predict how a new paper will perform.iMedian FWCICitation performance of the middle recent paper after field, year, and work type are considered. A raw FWCI of 1.0 is the expected citation level for comparable papers; the radar shows its 0–100 cohort percentile.iOutput volumeAverage works published per year in the recent analysis window, converted to a 0–100 cohort percentile. Farther out means the journal publishes more papers; it does not mean those papers are better.i
Cost is intentionally excluded. Missing APC data is never converted to a zero-dollar fee or a fabricated cost score.

Raw values behind the shape

Always visible
Metrics Score
i
Metrics ScoreThe 2026 raw Journal Metrics Score shown above. The bar is its 0–100 percentile within the radar's comparable journal cohort; it is not a percentage score.
1.82026 · OPENALEX
Source output rank
i
Source output rankThis lifetime journal-wide output rank compares works published by the OpenAlex source with sources associated with the journal’s leading topic. More output does not mean higher quality.
#75 / 1,406LIFETIME OUTPUT
Highly cited papers
i
Highly cited papersShare of recent works in the global top 10% for citations after comparing papers of the same type, publication year, and subfield.
2.7%FIELD-NORMALIZED TOP 10%
Field-normalized impact
i
Field-normalized impactCitation performance of the middle recent paper after field, year, and work type are considered. A raw FWCI of 1.0 is the expected level for comparable work.
0.42MEDIAN FWCI
Submission-to-acceptance
i
Submission-to-acceptanceReceived-to-accepted calendar days from qualified PubMed records. It includes editorial handling and author revisions; it is not time to first decision or pure peer-review time.
—NOT AVAILABLE
Recent output
i
Recent outputAverage works published per year across the complete analysis window. This is a volume measure, not a quality score.
138 / yr2021–2024 AVG
Field-normalized top 10% share2.7%

15 of 552 works · same type, year & subfield

Field-normalized top 1% share0.2%

1 works · same type, year & subfield

Median FWCI0.42×

Below field-year expectation

Source output rank#75

of 1,406 topic-associated OpenAlex sources by lifetime output

What does Median FWCI mean?

FWCI compares papers with the same publication year, type, and field. 1.0 is the world average; above 1.0 is above expectation. This journal's median is 0.42, so its typical recent paper runs about 58% below its field benchmark.

What does Top 10% Share mean?

2.7% of recent papers rank in the global top 10% after field normalization. This is easier to compare across specialties than raw citation totals.

Publishing pattern

Publication volume and article mix

Volume is separated from citation accumulation so newer papers are not presented as weaker simply because they are newer.

Works published by year

OpenAlex source records · 2016–2025

1592016
1642017
1662018
1282019
1292020
1182021
1272022
1592023
1482024
1422025

Recent work-type mix

552 OpenAlex works · 2021–2024

Article99.1%
Erratum0.4%
Review0.4%
Other0.2%
OpenAlex article is broader than “original research.” PubMed Publication Types can add case-report and clinical-study detail.
Fit signals

Topics and research coverage

OpenAlex topics show the research communities this journal serves.

Leading OpenAlex topics

2021–2024 works
Heat Transfer and Optimization72
Heat Transfer and Boiling Studies66
Heat Transfer Mechanisms54
Nanofluid Flow and Heat Transfer29
Heat transfer and supercritical fluids20
Phase Change Materials Research18
Refrigeration and Air Conditioning Technologies12
Adsorption and Cooling Systems11
Advanced Battery Technologies Research10
Solar Thermal and Photovoltaic Systems9
Methodology: OpenAlex snapshot 2026-08-12. FWCI, percentile badges, topics, and type mix use 552 works published 2021–2024. Radar normalization is versioned in the cached profile, and no cost score is assigned without reliable APC data.

Subject Category Quartiles

Quartiles computed within each OpenAlex subfield
CategoryQuartile
Mechanical EngineeringQ3
Biomedical EngineeringQ3

Is Heat Transfer Engineering a good journal?

A mid-ranked Q3 journal by citation data

By citation data, Heat Transfer Engineering is a mid-ranked journal: it is Q3 in Mechanical Engineering and 1 other subfield, the third quarter of journals by score, below the subfield median, and ranks #2,157 of 3,811 Engineering journals by Journal Metrics Score (top 57%). Heat Transfer Engineering's 2026 Journal Metrics Score is 1.8. OpenAlex classifies its papers in subfields including Mechanical Engineering and Biomedical Engineering, so check that your topic fits its scope.

Best quartile
Q3
Mechanical Engineering
Rank in Engineering
#2,157 of 3,811
Top 57%
2026 Journal Metrics Score
1.8
Acceptance rate
Not published
By the journal or publisher
Papers published in 2025
142
OpenAlex works

Check before you submit

  • Confirm the journal is indexed where your institution or funder requires (for example Scopus or PubMed) before you submit.

Verdict from citation data only: quartile and field rank by Journal Metrics Score (OpenAlex), publisher-reported acceptance rates, and PubMed submission and acceptance dates. See how we rank journals and how to verify indexing.

Q3
Subfield Quartile
B4
CAS Block

Ranking and source check

#2,157
of 3,811 Engineering field journals
#101
among Q3 Engineering journals

Confirm the exact title and ISSNs against the publisher homepage before a high-stakes submission decision.

Journal Details

OpenAlex Works
4,000
H-Index
97
Fully Open Access
No
Recent OA Works
354
Subject Areas
Mechanical EngineeringBiomedical Engineering

Source: the current OpenAlex source record. OpenAlex works can include multiple work types. Fully Open Access is a source-level flag. Recent OA Works is summed from OpenAlex's counts_by_year series (up to the latest ten years); it is not a lifetime OA percentage. Any APC shown here is an indicative OpenAlex value—verify current charges on the journal's official website.

How to submit to Heat Transfer Engineering

  1. 1

    Check the scope

    OpenAlex classifies Heat Transfer Engineering's papers in subfields including Mechanical Engineering and Biomedical Engineering. Read the aims and scope page and a few recent papers close to your topic before you prepare the manuscript.

  2. 2

    Follow the author guidelines

    Article types, word and figure limits, reference style, and the required statements (data availability, ethics, conflicts of interest, author contributions) are set by the journal. Prepare the cover letter and files to match them.

    Heat Transfer Engineering homepage ↗
  3. 3

    Submit online

    Use the submit link in Heat Transfer Engineering's author guidelines; Taylor & Francis runs the submission site. Every author usually needs an ORCID iD, and the corresponding author needs an account on the submission site.

  4. 4

    Plan for costs

    OpenAlex has no article processing charge on record. Check the journal website for page charges or an optional open-access fee.

  5. 5

    Know what to expect

    Heat Transfer Engineering does not publish an acceptance rate.

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Common questions about Heat Transfer Engineering

Is Heat Transfer Engineering a good journal?

By citation data, Heat Transfer Engineering is a mid-ranked journal: it is Q3 in Mechanical Engineering and 1 other subfield, the third quarter of journals by score, below the subfield median, and ranks #2,157 of 3,811 Engineering journals by Journal Metrics Score (top 57%). Heat Transfer Engineering's 2026 Journal Metrics Score is 1.8. OpenAlex classifies its papers in subfields including Mechanical Engineering and Biomedical Engineering, so check that your topic fits its scope.

What is Heat Transfer Engineering's Journal Metrics Score in 2026?

Heat Transfer Engineering's 2026 Journal Metrics Score is 1.8, from the August 2026 data release. The score is a two-year citation average computed from OpenAlex (CC0) data: citations received in the most recent complete year to works published in the two prior years, divided by the number of those works.

What is the acceptance rate of Heat Transfer Engineering?

We have not found an official acceptance rate published by Heat Transfer Engineering or its publisher, and Journal Metrics does not estimate one because submission counts are not public. To judge selectivity, compare Heat Transfer Engineering's quartile and score with similar journals, or ask the editorial office.

What quartile is Heat Transfer Engineering in?

Heat Transfer Engineering's best quartile is Q3. By OpenAlex subfield: Q3 in Mechanical Engineering; Q3 in Biomedical Engineering. Quartiles rank journals by Journal Metrics Score within each subfield.

Is the Journal Metrics Score the same as other journal citation metrics?

No. Journal Metrics computes the score independently from OpenAlex open data. Other providers use different citation databases, document types, and counting rules, so their published figures for Heat Transfer Engineering will not match this score exactly. Compare journals using one source at a time.

Which journals are alternatives to Heat Transfer Engineering?

Comparable journals include Experimental Heat Transfer, Journal of Thermal Science and Engineering Applications, Heat and Mass Transfer, and Journal of Enhanced Heat Transfer. Compare their scores, acceptance times, and costs in the recommended alternatives on this page before choosing where to submit.

How do I submit a paper to Heat Transfer Engineering?

Submit online through the link in Heat Transfer Engineering's author guidelines on the journal homepage. Before submitting, check the scope, follow the author guidelines for article type, length, and required statements, and prepare a cover letter.

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