You’ve surely heard about carbon fibers, but do you know how they’re produced? What about glass fibers? Today we’ll take a deep dive into the world of fiber reinforcements.

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How do composite materials work? Why does adding particles or fibers help increase the strenght of the matrix? Let’s see in today’s deep dive.

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Come with us as we start a completly new deep dive. Did you know that cements are actually composit materials? Listen to this episode to learn more.

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Today we close the Ceramic Materials course, taking a deep dive into their mechanical properties. We’ll describe the elastic and brittle behavior of ceramics, the difficulty in performing tensile tests due to their low ductility and the influence of defects and porosity.Don’t forget to follow and share the podcast so more people can take a deep dive into materials engineering.

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Today we’ll deep dive into all the thermal properties of ceramics. We’ll talk about heat capacity (and specific heat), thermal expansion, thermal shock resistance and thermal conductivity.

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Today we’ll take a deep dive into the magnetic properties of ceramic materials. They’re classified into diamagnetic, paramagnetic, ferromagnetic, antiferromagnetic and ferrimagnetic, based on their magnetic susceptibility and relative permeability.

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Today we’ll deep dive into spinels (and their crystal structure, including normal and inverse spinels), defects in ceramics (Frenkel and Schottky), and various types of technical ceramics.Don’t forget to follow and share the podcast so more people can take a deep dive into materials engineering.

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Today we’ll take a deep dive into the perovzkite structure and superconductors. Wekll cover their piezoelectric and ferroelectric properties, the influence of composition and grain size on the properties, and the manipulation of these through doping.

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Today we’ll take a deep dive into ceramic materials and their structure. What makes a material a ceramic?Don’t forget to follow and share the podcast so more people can take a deep dive into materials engineering.

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Today we’ll dive deep into glass strengthening methods, exploring techniques to increase its fracture resistance. Two main methods are covered: the removal of surface defects and the induction of surface compressive stresses.

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