My research is centred on the mechanical behaviour of materials and structures subjected to complex loading conditions, especially cyclic loading. It combines theory, experiments, and modelling to investigate strength, durability and failure mechanisms.
Stress, strain and material constitutive models
From classical elasticity theory to higher-order theories such as micromorphic, gradient-based or damage variable-based, I am interested in modelling the behaviour of materials so that we can accurately capture the material’s response to different loading modes and conditions and at a multiscale level.
Fatigue Mechanics
Research on fatigue damage evolution, fatigue life estimation, and the behaviour of materials under repeated loading. This includes the study of mechanisms that influence durability and structural performance.
Fracture Mechanics
Study of crack initiation and crack growth using fracture mechanics concepts supported by analytical, experimental, and numerical methods.
Design and Mechanical Characterisation of Metamaterials and Advanced Materials
Analytical, numerical and experimental investigation of the mechanical response of metamaterials and advanced materials using established testing methods and interpretation of results relevant to performance and failure.
Structural Durability and Modelling
Evaluation of structural integrity and lifetime using analytical and numerical tools, with the aim of improving engineering understanding and design reliability.
If at least one of these research directions is in your area of interest, then we are a perfect match, and I look forward to having you join me.
Anghel Vasile Cernescu 