Creating computationally efficient models that link processing methods, material structures,
and properties is essential for the development of new materials. Translating microstructural …

This paper assessed the microstructure and properties of CeramTec ALOTEC 98 SB
alumina ceramic through microscopic characterization and mechanical experiments. The …

This research article studied the strain-rate-dependent mechanical response of a CeramTec
Alotec 98% alumina ceramic under uniaxial compression and indirect tension loadings …

Microstructural atomic defects, including voids, cleavage, and inclusions, are commonly
observed in alumina materials, and their impact on mechanical properties, such as fracture …

The strain-rate-dependent tensile response of a commercial alumina ceramic (CeramTec
98% alumina) is investigated by experimental and modeling methods. The experiments at …

This study experimentally investigates the mechanical behavior of additively manufactured
(AM) alumina ceramics by stereolithography technique. The AM alumina specimens with two …

In this paper, a trilinear cohesive zone modeling approach available in the explicit nonlinear
finite element software LS-DYNA is used to model the dynamic impact failure of an adhesive …

This paper presents an approach to evaluate the macroscopic properties of ceramic
materials based on the homogenisation of the results of micromechanical simulations …

Additively manufactured (AM) ceramics are gaining popularity due to improved flexibility in
the design of customized structures. Microstructure-based finite element (FE) models were …

This study investigates the stress-state-and strain-rate-dependent behavior of CeramTec
ALOTEC 98% alumina (Al 2 O 3) ceramic through experimentally validated finite element …