verified SJR 0,315 · Q2 • database Scopus / SJR & Web of Science indexed

United Kingdom · Maney Publishing

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Materials at High Temperatures

Materials at High Temperatures is a journal indexed in SJR in Materials Chemistry and Condensed Matter Physics with an H index of 48. It has an SJR impact factor of 0,315 and it has a best quartile of Q2. It is published in English. It has an SJR impact factor of 0,315.

ISSN: 0960-3409

Publisher: Maney Publishing

Category: Materials Chemistry

Indexation: verifiedScopus / SJR verifiedWeb of Science

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schedule CountryOfPapers database fields

SJR Impact Factor trending_up

0,315 Q2

H-index 48

Acceptance rate pie_chart

33%

Source Acceptance_Rate

Time to publication hourglass_top

NPD

Field NPD

Publication cost (APC) payments

NPD Subscription

Non-OA path NPD

Metrics

Scimago and CountryOfPapers database fields

Scopus / SJR Web of Science

SJR Impact

0,315

H-index

Docs (year)

Docs 3y

157

Total refs

1687

Cites 3y

188

Citable 3y

152

Cites/Doc 2y

1.13

Ref/Doc

28.59

Immediate OA

—

Embargoed OA

NPD

Non OA / Submission

—

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Best articles by citations

Comparison between oxidation of Fe-Cr-Al sputter coatings in air and air-HCl environments at 550ºC

Y2SiO5environmental barrier coatings for niobium silicide based materials

Development and application of a methodology for the measurement of corrosion and erosion damage in laboratory, burner rig and plant environments

Degradation of a SiC/SiC composite in the burner rig: investigation by fractography

Defect assessment procedures for plants

Cyclic thermomechanical testing of 316 stainless steel

Cyclic oxidation -guidelines for test standardisation, aimed at the assessment of service behaviour†

Creep properties of molybdenum silicide intermetallics containing boron

Creep fatigue crack growth and fracture mechanisms of T/P91 power plant steel

Creep crack growth data reduction of directionally solidified Ni base superalloy usingCtestimation scheme for anisotropic materials

Corrosion of T-11 syngas cooler tubes in IGCC pilot plant

Correlation of alloy microstructure with oxidation behavior in chromia-forming intermetallic-reinforced Cr alloys

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Compilation of a compendium of innovative test techniques in structural mechanics

A further special issue containing papers presented at the HTMTC/IOM3 creep-fatigue crack development symposium

Comparing depth profiling of oxide scale on SOFC interconnect-materials using ToF-SIMS with69Ga+, Bi3+/Cs+and C60+/C602+as primary and sputter ions

Code of practice for the measurement and analysis of high strain creep-fatigue short crack growth

Characterization of Chromia Scales Grown on Pure Chromium in Different Oxidizing Atmospheres

Characterization of Al rich oxide layers on austenitic stainless steels by fluorescence spectroscopy

Characterisation of creep-fatigue crack growth behaviour for Alloy 617 on circular notched specimen

Characterisation of crack growth behaviour for W-added 12%Cr ferritic heat resistant steel under the creep-fatigue interaction conditions

Carbon diffusion in dissimilar joints between P91 and 12Cr1MoV steels welded by different consumables at high temperature

Adhesion of thermal barrier coatings -the development of metastable alumina

Acoustic emission studies during the high temperature oxidation of 2.25Cr-1Mo steel at 1173 K

A study of the factors contributing to the metal dusting of Fe-Cr-Ni alloys in highly carburising atmospheres

FAQs

Materials at High Temperatures has an SJR of 0,315 (best quartile Q2) in the CountryOfPapers database.

Immediate OA APC is not available (NPD).

The acceptance rate recorded for Materials at High Temperatures is 33%.

Materials at High Temperatures

Metrics

Name good journals. Call out predatory ones.

Researcher reviews

Best articles by citations

FAQs

What is the SJR of Materials at High Temperatures?

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What is the acceptance rate?