Multi-phase PHFGMC micromechanical models for C/C-SiC based Ceramic Matrix Composites

Chen Dahan-Sharhabani; Royi Padan; Omri Regev; Rami Haj-Ali

Multi-phase PHFGMC micromechanical models for C/C-SiC based Ceramic Matrix Composites

Chen Dahan-Sharhabani, Royi Padan, Omri Regev, Rami Haj-Ali^*

^*Corresponding author for this work

School of Mechanical Engineering

Research output: Contribution to conference › Paper › peer-review

Abstract

A two-level hierarchical framework based on the PHFGMC micromechanical model is implemented using CT-based C/C-SiC ceramic matrix composite scan geometries. Towards that goal, two PHFGMC micromechanical models are nested and integrated to represent the CMC micro and meso material levels. The proposed framework enables a realistic depiction of the material structure and allows for calculating the effective orthotropic properties of a single lamina. The proposed modeling can be used to design a wide calss of CMC materials with different weave architectures.

Original language	English
State	Published - 2023
Event	62nd Israel Annual Conference on Aerospace Sciences, IACAS 2023 - Haifa, Israel Duration: 15 Mar 2023 → 16 Mar 2023

Conference

Conference	62nd Israel Annual Conference on Aerospace Sciences, IACAS 2023
Country/Territory	Israel
City	Haifa
Period	15/03/23 → 16/03/23

Cite this

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abstract = "A two-level hierarchical framework based on the PHFGMC micromechanical model is implemented using CT-based C/C-SiC ceramic matrix composite scan geometries. Towards that goal, two PHFGMC micromechanical models are nested and integrated to represent the CMC micro and meso material levels. The proposed framework enables a realistic depiction of the material structure and allows for calculating the effective orthotropic properties of a single lamina. The proposed modeling can be used to design a wide calss of CMC materials with different weave architectures.",

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AU - Dahan-Sharhabani, Chen

AU - Padan, Royi

AU - Regev, Omri

AU - Haj-Ali, Rami

PY - 2023

Y1 - 2023

N2 - A two-level hierarchical framework based on the PHFGMC micromechanical model is implemented using CT-based C/C-SiC ceramic matrix composite scan geometries. Towards that goal, two PHFGMC micromechanical models are nested and integrated to represent the CMC micro and meso material levels. The proposed framework enables a realistic depiction of the material structure and allows for calculating the effective orthotropic properties of a single lamina. The proposed modeling can be used to design a wide calss of CMC materials with different weave architectures.

AB - A two-level hierarchical framework based on the PHFGMC micromechanical model is implemented using CT-based C/C-SiC ceramic matrix composite scan geometries. Towards that goal, two PHFGMC micromechanical models are nested and integrated to represent the CMC micro and meso material levels. The proposed framework enables a realistic depiction of the material structure and allows for calculating the effective orthotropic properties of a single lamina. The proposed modeling can be used to design a wide calss of CMC materials with different weave architectures.

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T2 - 62nd Israel Annual Conference on Aerospace Sciences, IACAS 2023

Y2 - 15 March 2023 through 16 March 2023

ER -

Multi-phase PHFGMC micromechanical models for C/C-SiC based Ceramic Matrix Composites

Abstract

Conference

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