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“Fatigue Coaxing Experiments on a Zr-BMG”

  • Read more about “Fatigue Coaxing Experiments on a Zr-BMG”

“Effects of Changes in Strain Rate and Test Temperature on Mg85Ca5Cu10 Metallic Glass Ribbons”

  • Read more about “Effects of Changes in Strain Rate and Test Temperature on Mg85Ca5Cu10 Metallic Glass Ribbons”

“Effects of Changes in Chemistry and Testing Temperature on Mechanical Behavior of Al-based Amorphous Alloy Ribbons”

  • Read more about “Effects of Changes in Chemistry and Testing Temperature on Mechanical Behavior of Al-based Amorphous Alloy Ribbons”

“Delamination of a Sensitized Commercial Al-Mg Alloy During Fatigue Crack Growth”

  • Read more about “Delamination of a Sensitized Commercial Al-Mg Alloy During Fatigue Crack Growth”

“Compressive Plasticity and Toughness of a Ti-BMG”

  • Read more about “Compressive Plasticity and Toughness of a Ti-BMG”

“Challenges, Opportunities, and Possibilities: An Update on the TMS Energy Materials Study”

  • Read more about “Challenges, Opportunities, and Possibilities: An Update on the TMS Energy Materials Study”

"Effects of Microstructure on High Strain Rate Deformation and Flow Behaviour of Al-Mg-Si (AA-6061) Under Uniaxial Compression and Combined Compression and Shear Loading",

  • Read more about "Effects of Microstructure on High Strain Rate Deformation and Flow Behaviour of Al-Mg-Si (AA-6061) Under Uniaxial Compression and Combined Compression and Shear Loading",

“The Effects of Load Ratio and Test Temperature on High Cycle Fatigue of Nano-crystalline Aluminum Composites”,

  • Read more about “The Effects of Load Ratio and Test Temperature on High Cycle Fatigue of Nano-crystalline Aluminum Composites”,

“The Effects of Changes in Test Temperature and Loading Conditions on Fracture Toughness of a Beta Toughened Zr-based Bulk Metallic Glass Composite”,

  • Read more about “The Effects of Changes in Test Temperature and Loading Conditions on Fracture Toughness of a Beta Toughened Zr-based Bulk Metallic Glass Composite”,

“Sustained Load Crack Growth of Interstitially Hardened AISI 316L Stainless Steel after Gaseous Hydrogen Charging”,

  • Read more about “Sustained Load Crack Growth of Interstitially Hardened AISI 316L Stainless Steel after Gaseous Hydrogen Charging”,

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Case School of Engineering
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Rm 500
Cleveland, OH 44106

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10900 Euclid Ave.
Cleveland, Ohio 44106-7148

Phone: 216.368.4436

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