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Materials Research Letters

  • h-index: 87
  • Total citations: 36,661
  • Total papers: 661
  • Impact factor: 8.291666666666666

Homepage: https://www.tandfonline.com/toc/tmrl20/current

Materials Research Letters

Journal
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H-Index = 87
Citations = 36.66K+

Papers

Evidence

Recent papers in Materials Research Letters

  1. Electropulsing-driven rapid reversible phase transformations in Al-Mg-Si-Cu alloysMaterials Research Letters · Wed,
  2. Deformable precipitates locally modify fault-mediated plasticity for strength-ductility synergyMaterials Research Letters · Sun,
  3. Hierarchical L1 2 precipitation enables exceptional cryogenic strength-ductility in an as-cast high-entropy alloyMaterials Research Letters · Wed,
  4. Superior strength-ductility synergy in additively manufactured beryllium-aluminum alloy via dual-phase coordinated deformationMaterials Research Letters · Wed,
  5. Strong-yet-deformable interfaces to achieve mechanical robustness in CrCoNi-Al bimetal compositesMaterials Research Letters · Thu,
  6. Co-design of grain heterogeneity and precipitate hierarchy for strength-ductility-conductivity synergy in a conductive Cu alloyMaterials Research Letters · Thu,
  7. Elucidating dynamic recrystallization and superplastic deformation mechanisms in Al-Cu-Li alloy by using quasi-in-situ EBSDMaterials Research Letters · Wed,
  8. Physics-informed residual learning for high-temperature yield-strength prediction in refractory BCC HEAsMaterials Research Letters · Thu,
  9. Non-monotonic interfacial solute drag imprints nanoscale chemical heterogeneity in rapidly solidifying alloysMaterials Research Letters · Wed,
  10. Comprehensive first-principles evaluation of solute segregation and embrittlement at the magnesium grain boundaryMaterials Research Letters · Wed,

About Materials Research Letters

Materials Research Letters carries 661 indexed papers, 36,661 citations, h-index 87 in Synapse's enriched corpus. Each paper indexed here includes structured clinical evidence extraction (PICO), methodology classification with level of evidence, and links to related guideline recommendations where applicable.

On Synapse's credibility score (derived from SJR ranking and cross-citation patterns), Materials Research Letters sits among the highest-credibility cardiovascular journals.

The journal's official homepage is at https://www.tandfonline.com/toc/tmrl20/current.

Use the feed below to follow new Materials Research Letters publications with AI-enriched analysis — each paper is decomposed into study design, population, intervention, comparator, primary outcome, and key finding, with the underlying evidence traceable to the primary source.

Deterministic synthesis from Synapse's enriched records — 105 words.