BERYLLIUM Engineering Design ARCHIVE

1. Acoustic Properties of Beryllium

   Beryllium’s unique properties and acoustic characteristics make it more attractive for structural and coupling components in ultrasonic systems, than aluminum, magnesium and titanium alloys, as well as the preferred material in high-frequency applications.

2. Fracture Toughness of CIP-HIP Beryllium at Elevated Temperatures

   Studies show that the fracture toughness of CIP-HIP Beryllium increases at temperatures above 400°F.

3. Fracture Toughness of Hot-Pressed Beryllium

   Beryllium’s very high ratio of elastic modulus-to-density makes it a prime candidate for structural materials in space vehicles. However, the design of critical beryllium components should be supported by a well-developed fracture control plan.

4. Product Forms Uses and Descriptions

   Materion beryllium, AlBeMet®, SupremEX® and E- Materials uses and applications are identified.

5. Property Evaluation of Spherical Beryllium Powder Billets

   Spherical beryllium powder billets produced by inert gas atomization show superior mechanical properties when compared to conventional comminuted beryllium powder.