LabCompass

Jacob Pellicotte

Engineering · The Ohio State University

OpenAlex ORCID
Early career · publishing since 2019
High Temperature Alloys and CreepFatigue and fracture mechanicsProbabilistic and Robust Engineering DesignMetallurgy and Material FormingNuclear Materials and Properties

Publications

16

Citations

51

Est. group size

~2

Recurring co-author estimate

Active years

6

Publishing since 2019

Research summary
AI-generated

Jacob Pellicotte's research focuses on how metals and composite materials behave under high heat and long-term stress, particularly the slow deformation process called 'creep' that occurs in materials exposed to prolonged heat and load, such as those used in power plants. This work involves developing mathematical models to predict how alloys like low-chrome steels and materials like Sanicro 25 and HR6W will hold up over time, as well as studying the mechanical strength of carbon-fiber-reinforced composite materials at high temperatures.

Creep behavior of metal alloysHigh-temperature materials performanceFatigue and fracture in structural materialsComposite materials engineeringPredictive modeling for material durability

Publication output has been modest but relatively steady over the past several years, with a slight uptick in 2024 following a period of consistent low-volume output since 2019.

Generated by claude-sonnet-5 from public bibliographic data · Jul 20, 2026

Publication cadence
Publications per year over the last 10 years — averaging 1.8/year recently
17182019: 2 publications192020: 2 publications202021: 3 publications212022: 2 publications222023: 2 publications232024: 5 publications5242526
Recent publications
Publishes in
  • Journal of Engineering for Gas Turbines and Power×3
  • Materials at High Temperatures×2
  • Materials Science and Engineering A×1
  • Materials Performance and Characterization×1
  • Journal of Composites Science×1
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This profile was generated automatically from public scholarly data (OpenAlex). Group size and activity levels are estimates derived from co-authorship patterns.

Last updated Jul 19, 2026.

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