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About Our Research Group

Welcome to the Innovative Materials Mechanics (I'M MECH) research group at Recep Tayyip Erdogan University, where we delve into the complex mechanical behaviors of both metallic and non-metallic materials. Our research encompasses a wide spectrum of materials including composites, biodegradable metals, polymers, and materials designed for aerospace applications.

Focus and Expertise

Our primary focus is on understanding the deformation mechanisms that affect materials under various conditions such as fatigue, corrosion, and extreme temperatures. Through our work, we aim to unravel the intricate ways in which these materials behave and respond to different stresses, which is critical for advancing applications in fields ranging from biomedical to aerospace engineering.

Advanced Research Techniques

We employ a range of mechanical testing methods to explore these behaviors, including:

Tensile Testing: To measure a material's strength and ductility.

Bending Tests: For assessing stiffness and flexibility.

Fatigue Tests: To determine how materials deteriorate under cyclic loading.

Further, our capabilities are enhanced by advanced material characterization techniques:

X-ray Computed Tomography (CT): This non-destructive technique allows us to visualize and analyze the internal structure of materials in three dimensions, enabling detailed material analysis without compromising sample integrity.

Electron Microscopy: Including Scanning Electron Microscopy (SE), Backscattered Electron (BSE), and Electron Backscatter Diffraction (EBSD), these methods help us to observe the microstructural changes in materials at high magnifications and to study crystallographic orientations and phases.

Data Analysis and Simulation

To complement our experimental work, we are proficient in using powerful computational tools like Python and MATLAB. These platforms enable us to handle complex data analysis and perform predictive simulations of material behaviors under various stress conditions. This integration of experimental and computational research allows us to provide comprehensive insights into material properties and their practical applications.

Collaboration and Innovation

Our group is committed to pushing the boundaries of material science research. We collaborate extensively with other research groups, industry partners, and academic institutions to innovate and translate our findings into real-world applications. Our multidisciplinary approach ensures that we remain at the forefront of material science research, contributing to technological advancements and sustainable solutions.