metal: Aluminum Gradient Material for Metal's Design
In netSEM: Network Structural Equation Modeling
metal R Documentation
Aluminum Gradient Material for Metal's Design
Description
Functional graded materials (FGM) are a class of materials with engineered continuous compositional gradients through the plate thickness.
This work applies the netSEM approach on an aluminum FGM, produced via sequential alloy casting using planar solidification, to quantify the < Processing | Microstructure | Performance > relationships.
The material has a continuous gradient in zinc (Zn) and magnesium (Mg) concentrations through the plate thickness.
This subsequently produces a gradient in strengthening mechanisms from a dominant precipitate-strengthened aluminum alloy (AA) (Zn-based AA-7055) to a dominant strain-hardenable aluminum alloy (Mg-based AA-5456).
Therefore, the material is simultaneously strengthened via solid solution strengthening and precipitation strengthening.
Usage
data(metal)
Format
A data frame with 72 rows and 6 variables:
- Hardness
Vickers hardness
- Z
the compositional gradient (z-direction)
- Mg
the element Zinc
- Zn
the element Magnesium
- MgZn2
the alloy
- Mgexcess
Mg-excess
Author(s)
Amit K. Verma, Roger H. French, Jennifer L. W. Carter
Source
Solar Durability and Lifetime Extension (SDLE) Research Center, Case Western
Reserve University
netSEM documentation built on Sept. 8, 2023, 5:26 p.m.
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| metal | R Documentation |
Aluminum Gradient Material for Metal's Design
Description
Functional graded materials (FGM) are a class of materials with engineered continuous compositional gradients through the plate thickness. This work applies the netSEM approach on an aluminum FGM, produced via sequential alloy casting using planar solidification, to quantify the < Processing | Microstructure | Performance > relationships. The material has a continuous gradient in zinc (Zn) and magnesium (Mg) concentrations through the plate thickness. This subsequently produces a gradient in strengthening mechanisms from a dominant precipitate-strengthened aluminum alloy (AA) (Zn-based AA-7055) to a dominant strain-hardenable aluminum alloy (Mg-based AA-5456). Therefore, the material is simultaneously strengthened via solid solution strengthening and precipitation strengthening.
Usage
data(metal)
Format
A data frame with 72 rows and 6 variables:
- Hardness
Vickers hardness
- Z
the compositional gradient (z-direction)
- Mg
the element Zinc
- Zn
the element Magnesium
- MgZn2
the alloy
- Mgexcess
Mg-excess
Author(s)
Amit K. Verma, Roger H. French, Jennifer L. W. Carter
Source
Solar Durability and Lifetime Extension (SDLE) Research Center, Case Western Reserve University
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