Functional composite material wherein piezoelectric fiber having metal core is embedded
AssigneeNational University Corporation Chiba University
InventorsHiroshi Asanuma, Naohiro Takeda, Hiroshi Sato
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Abstract
[Object] The object is to provide a functional composite material which is adaptable to environmental changes. [Means for Achieving the Object] The present invention provides a method for producing a functional composite material comprising a step wherein an insert layer is formed on a first metal substrate having a groove; a step wherein a piezoelectric fiber having a metal core is placed on the first metal substrate; and a step wherein a second metal substrate and the first metal substrate are hot-pressed. The present invention can provide a functional composite material which is adaptable to environmental changes.
Claims11
A method for manufacturing a functional composite material, comprising:
- a step of forming an insert layer on a first metal substrate;
- a step of forming a groove in the first metal substrate in which the insert layer is formed;
- a step of placing a piezoelectric fiber having a metal core on the first metal substrate in which the groove is formed;
- and
- a step of hot pressing a second metal substrate and the first metal substrate.
A method for manufacturing a functional composite material, comprising:
- a step of forming an insert layer on a first metal substrate in which a groove is formed;
- a step of placing a piezoelectric fiber having a metal core in the first metal substrate;
- and
- a step of hot pressing a second metal substrate and the first metal substrate.
Dependencies are inferred from the claim text.