How Does Rene-41 Behave Under Creep at 1400F?

  • Thread starter Thread starter siddumarab
  • Start date Start date
  • Tags Tags
    Creep Property
AI Thread Summary
Rene-41 is a high-temperature superalloy known for its creep resistance, particularly at temperatures around 1400°F. For detailed information on its properties, contacting suppliers like CRS Holdings or Teledyne is recommended. Texts such as "Heat Resistant Materials" by ASM International provide valuable insights into superalloys and their behavior under stress. Additionally, an Atlas of Creep Diagrams may contain relevant data on Rene-41, although it's not readily available. Accessing specific technical documents can further enhance understanding of its performance characteristics.
siddumarab
Messages
1
Reaction score
0
Do anyone here can thorugh some light on the creep prroperty of Rene-41.
I want to know how this material behaves @1400F?

Thanks in Advance
Sid...
 
Engineering news on Phys.org


One might contact the suppliers of this alloy, either CRS Holdings, a subsidiary of Carpenter Technologies (Cartech), or Teledyne (Allvac), subsidiary of Allegheny Technologies.

ASM International has a number of good textbooks - e.g. Heat Resistant Materials, which is one of the classics on superalloys and conventional high temperature materials, i.e. Fe, Ni, Cr, Co based alloys. I actually have this book, and I highly recommend it.

Here is a section in Heat Resistant Materials - Properties of Superalloys

There is also an Atlas of Creep Diagrams, but I don't have that with me at the moment. It may or may not have a diagram of René 41.

Usually one finds part of the data - e.g. http://www.rolledalloys.com/trcdocs/hightemp/RArene41pg8.pdf
 
Last edited by a moderator:
Hello! I've been brainstorming on how to prevent a lot of ferrofluid droplets that are in the same container. This is for an art idea that I have (I absolutely love it when science and art come together) where I want it to look like a murmuration of starlings. Here's a link of what they look like: How could I make this happen? The only way I can think of to achieve the desired effect is to have varying droplet sizes of ferrofluid suspended in a clear viscous liquid. Im hoping for the...
Hello everyone! I am curious to learn how laboratories handle in-house chip manufacturing using soft lithography for microfluidics research. In the lab where I worked, only the mask for lithography was made by an external company, whereas the mold and chip fabrication were carried out by us. The process of making PDMS chips required around 30 min–1 h of manual work between prepolymer casting, punching/cutting, and plasma bonding. However, the total time required to make them was around 4...
Back
Top