lekh2003 said:I have tried looking on several forums on the internet as well as some educational sites and I oddly have no clue why thin wires are better at tying. The question is now stuck on my mind.
Is there anyone working in the practical field who can shed some information on this?
Thanks, I'll look into it.jonnybmac said:I think I have cracked it thank you.
When in tension it is only loaded axially so the strength is force the over cross-section area, but in compression you have buckling that stops the member reaching its maximum strength, and that if you look at the bending equation or Euler's column formula, they both rely on the moment of inertia which is affected by shape.
The thickness of a tensile cable is determined by several factors, including the material it is made of, the intended use or load capacity, and the manufacturing process. Some cables may need to be thicker to support heavier loads, while others may be made with thinner materials for lighter applications.
Generally, a thicker cable will have a higher tensile strength, meaning it can withstand greater amounts of tension or pulling force before breaking. However, the specific strength of a cable also depends on the material and construction, so it is not always a direct correlation between thickness and strength.
Not necessarily. While thicker cables may have higher strength, they also tend to be heavier and more expensive. Thicker cables may also be less flexible, which could limit their use in certain applications. It is important to consider the specific needs and requirements of a project when choosing the appropriate cable thickness.
Manufacturers consider several factors when determining the thickness of a tensile cable. These may include the desired strength, the material properties, the intended use, and any safety regulations or standards that need to be met. They may also conduct tests and simulations to determine the optimal thickness for a specific application.
Yes, in many cases the thickness of a tensile cable can be customized to meet specific needs. This may involve using different materials or altering the manufacturing process. However, there may be limitations based on the capabilities of the manufacturer and the intended use of the cable.