This work has been supported by Croatian Science Foundation 
under the project number IP-2014-09-4982

Within the framework of the implementation of the project BIOMAT during the next four years, the developement of a unified methodology for the characterization of the behaviour of biological materials, along with a large number of innovative materials and faciliation of their application in engineering practice, is expected. The project proposes setting foundations for the research and allows the connection of members of the proposed scientific groups and ensures their international visibility and contributes to the overall development of the field of material research in Croatia.

Presentation

Summary

For the proper product design optimal material selection is very significant, whereby special attention should be paid to the behavior of materials under actual conditions of use...

Interim Report - CONSTITUTIVE MODELING AND MATERIAL BEHAVIOR

Abstract - BIOMATERIALS CHARACTERIZATION - PARAMETERS IDENTIFICATION

Abstract - ANALYSIS OF CYCLIC STRESS-STRAIN AND STRAIN-LIFE FATIGUE PARAMETERS AND BEHAVIOUR OF HIGH-ALLOY STEELS

Abstract - Study of Monotonic Properties’ Relevance for Estimation of Cyclic Yield Stress and Ramberg-Osgood Parameters of Steels

Abstract - Material Behavior Simulation of 42CrMo4 Steel

Abstract - Evaluation of methods for estimation of cyclic stress–strain parameters from monotonic properties of steels

Abstract - Evaluation of the Possibility of Estimating Cyclic Stress-strain Parameters and Curves from Monotonic Properties of Steels

Abstract - Materials characterization – From metals to soft tissues

Abstract - Procedure for modelling of soft tissues behavior

Abstract - Study on objective function in soft tissues characterization

Abstract - Study of Monotonic Properties’ Relevance for Estimation of Cyclic Yield Stress and Ramberg-Osgood Parameters of Steels