Christos Skamniotis

Lecturer

King’s College London

United Kingdom

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Christos Skamniotis is a Lecturer at King's College London, UK. His research focuses on advanced engineering applications, including heat transfer and deformation mechanisms in cooling systems, fatigue-creep interaction in materials, and the mechanical behavior of gas turbine blades. Recent articles highlight his work on crystal plasticity and finite element modeling, as well as the study of interactions in nuclear cladding materials.

Articles (10)

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2026

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2026

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2026

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2025

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2025

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2025

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2024

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2023

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2023

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2023

Collaborators (3)

Alan Cocks

University of Oxford

UNITED KINGDOM

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Nicolò Grilli

University of Bristol

UNITED KINGDOM

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Michael Van de Noort

University of Oxford

UNITED KINGDOM

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Christos Skamniotis

Research Interests

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Articles (10)

Heat transfer and deformation mechanisms of a nature-inspired transpiration cooling system for deformable aircraft

Macro- and micro-mechanical perspectives on creep-fatigue interaction in Type 316L stainless steel

Unifying the crystal plasticity, neuber/glinka and elastic follow-up frameworks to evaluate creep-fatigue in gas turbine single crystal nickel superalloys

Fatigue-creep design of transpiration cooled nickel gas turbine blades via low order aerothermal-stress and crystal plasticity finite element modelling

The effect of temperature dependent elastic anisotropy on residual stresses and ratcheting in transpiration cooled Nickel gas turbine blades

On the effect of nuclear fission cladding stresses on Zirconium hydride orientation and dislocation strain energy fields via discrete dislocation plasticity and crystal plasticity finite element modelling

On the interaction of grain-scale and hydride-scale stresses in hydrogen enriched zirconium alloy nuclear cladding via combined discrete dislocation plasticity and crystal plasticity finite element modelling

Crystal plasticity analysis of fatigue-creep behavior at cooling holes in single crystal Nickel based gas turbine blade components

Coupled aerothermal-mechanical analysis in single crystal double wall transpiration cooled gas turbine blades with a large film hole density

Experimental and computational models for simulating the oral breakdown of food due to the interaction with molar teeth during the first bite

Collaborators (3)

Alan Cocks

Nicolò Grilli

Michael Van de Noort

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