Phase-field approaches to fracture and fatigue in solids : developments in mode-dependence, non-locality, and thermo-mechanical effects / Ayyappan U ; Supervised by Mohammad Masiur Rahaman.

By:

U, Ayyappan [author]

Contributor(s):

Rahaman, Mohammad Masiur [supervisor.]

Material type:

TextLanguage: English Publication details: Bhubaneswar : IIT Bhubaneswar, 2026.Description: xxxvi, 226 p. : illustrations ; 30 cmSubject(s):

DDC classification:

620.1126 UAY/P

Summary: This doctoral research develops advanced phase-field models for fracture and fatigue in solids, addressing important limitations of conventional formulations. The work focuses on mode-dependent fracture, artificial nonlocal effects, phase-field length-scale sensitivity, fatigue failure, and thermo-mechanical coupling. The researcher's published studies demonstrate extensions to mixed-mode fracture, length-scale-insensitive fatigue, functionally graded materials, and size-dependent micropolar solids. The researcher is Ayyappan Unnikrishna Pillai

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Cover image	Item type	Current library	Home library	Collection	Shelving location	Call number	Materials specified	Vol info	URL	Copy number	Status	Notes	Date due	Barcode	Item holds	Item hold queue priority	Course reserves
	PhD Thesis	Central Library, IIT Bhubaneswar	Central Library, IIT Bhubaneswar	SIF		620.1126 PIL/A (Browse shelf(Opens below))					Not for loan			PHD424

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Previous	620.1126 MEG/E Engineering fracture mechanics /	620.1126 MEG/E Engineering fracture mechanics	620.1126 PER/F Fracture mechanics /	620.1126 PIL/A Phase-field approaches to fracture and fatigue in solids : developments in mode-dependence, non-locality, and thermo-mechanical effects /	620.1126 SAI/A Advances in fracture and damage mechanics IX :	620.1126 SUR/F Fatigue of materials	620.1127 AGG/E Emerging technologies in non-destructive testing VI /	Next

Includes bibliographical references and index.

This doctoral research develops advanced phase-field models for fracture and fatigue in solids, addressing important limitations of conventional formulations. The work focuses on mode-dependent fracture, artificial nonlocal effects, phase-field length-scale sensitivity, fatigue failure, and thermo-mechanical coupling. The researcher's published studies demonstrate extensions to mixed-mode fracture, length-scale-insensitive fatigue, functionally graded materials, and size-dependent micropolar solids. The researcher is Ayyappan Unnikrishna Pillai

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