Key Metrics
2.9
CiteScore
CiteScore
CiteScore measures average citations received per document published in the serial.
< 5
Impact Factor
Impact Factor
Impact factor of a journal is calculated by dividing the number of current year citations to the source items published in that journal during the previous two years.
Q3
Metals and Alloys
SJR
- Q2 Metals and Alloys
- Q3 Materials Chemistry
- Q2 Mechanical Engineering
- Q3 Mechanics of Materials
- Q3 Ceramics and Composites
- Q3 Condensed Matter Physics
SJR
SJR
SCImago Journal Rank measures weighted citations received by the serial. Citation weighting depends on subject field and prestige (SJR) of the citing serial.
0.77
SNIP
SNIP
Source Normalized Impact per Paper measures actual citations received relative to citations expected for the serial’s subject field.
7 Mo
Time to Publish
Time to Publish
Based on turnaround time from submission to publication for papers (articles & reviews) published in 2022 and for journals with a sample of more than 10 papers.
Time To Publish
Time to Publish
Based on turnaround time from submission to publication for papers (articles & reviews) published in 2022 and for journals with a sample of more than 10 papers.
Time to Publish
Based on turnaround time from submission to publication for papers (articles & reviews) published in 2022 and for journals with a sample of more than 10 papers.
% of papers by time taken from submission to publication
0 to 3 months
5%
4 to 6 months
27%
7 to 9 months
35%
Above 9 months
33%
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Indexed in the following public directories
-
Web of Science -
Scopus -
Inspec -
SJR
Topics Covered
- Welding
- Bond coat
- Microstructural evolution
- Strain rate
- Compressive strength
- Failure analysis
- Austenitic stainless steel
- Molten salt
- Weld metal
Journal Specifications
| Overview | |
| Publisher | TAYLOR & FRANCIS LTD |
| Language | English |
| Frequency | Bi-monthly |
| General Details | |
| Language | English |
| Frequency | Bi-monthly |
| Publication Start Year | 1991 |
| Publisher URL | Visit website |
| Website URL | Visit website |
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Check my PaperRecently Published Papers
-
Full paper
A comment on hyperbolic sine creep life equations and data correlation for Sanicro 25 and HR6W
- 1 Nov 24
- Materials at High Temperatures
-
Full paper
Thermal processing behaviour and microstructural evolution of high W and high γ’ content extruded nickel-based powder metallurgy superalloy FGH4109
- 27 Oct 24
- Materials at High Temperatures
-
Full paper
Investigation of damage on FeCr26Ni36Co15W5 alloy reduction furnace tube during service
- 9 Oct 24
- Materials at High Temperatures
-
Full paper
High-temperature oxidation behaviour and influence on the fracture property of compacted graphite iron
- 3 Oct 24
- Materials at High Temperatures
-
Full paper
Effect of concave–convex degree of substrate surface on thermal shock performance of Cr coating
- 14 Aug 24
- Materials at High Temperatures
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Full paper
Estimating the Monkman−Grant relation in the presence of errors in measurement of times to failure and minimum creep rates: with application to some high temperature materials
- 22 Jul 24
- Materials at High Temperatures
Scite analysis
Powered by scite_
2.1k articles received 7.6k citations see all
- 418 Supporting
- 7,079 Mentioning
- 35 Contrasting
Editorial notices
- 0 Retractions
- 0 Withdrawals
- 2 Corrections
- 0 Errata
- 0 Expression of Concern
FAQs
How long has Materials at High Temperatures been actively publishing?
Materials at High Temperatures has been in operation since 1991 till date.
What is the publishing frequency of Materials at High Temperatures ?
Materials at High Temperatures published with a Bi-monthly frequency.
How many articles did Materials at High Temperatures publish last years ?
In 2023, Materials at High Temperatures published 64 articles.
What is the eISSN & pISSN for Materials at High Temperatures ?
For Materials at High Temperatures,eISSN is 1878-6413 and pISSN is0960-3409.
What is Citescore for Materials at High Temperatures ?
Citescore for Materials at High Temperatures is 2.9.
What is SNIP score for Materials at High Temperatures ?
SNIP score for Materials at High Temperatures is 0.77.
What is the SJR for Materials at High Temperatures ?
SJR for Materials at High Temperatures is Q3.
Who is the publisher of Materials at High Temperatures ?
TAYLOR & FRANCIS LTD is the publisher of Materials at High Temperatures.