Final answer:
Double convolution bellows are used in engineering applications needing flexibility for axial, lateral, and angular movements with tight seals.
Step-by-step explanation:
The use of double convolution bellows is limited to specific applications within engineering fields, primarily where there is a need to accommodate axial, lateral, and angular movements while providing a tight seal. They are commonly used in pipe systems, ducts, and other flexible connections subjected to various forms of movement and pressures. The term “____ axles (2-164)” is likely a placeholder for a specific number or type of axle, which might be mentioned in context to a particular engineering application or a standard associated with bellows design. Without the proper context or relevant industry standard reference, it's challenging to provide an accurate number. Double convolution bellows can be especially useful in high-precision applications or where the avoidance of stress concentration is critical.
A double convolution bellows is a flexible, accordion-like structure used to provide elastic deformation and absorb shocks and vibrations in mechanical systems. In the context of physics, it is often used in suspension systems of vehicles, such as cars or trains.
The placeholder '____ axles (2-164)' likely refers to a context-specific or standard-specific detail.
The limitations of using double convolution bellows on two axles can be attributed to factors such as weight distribution, stability, and structural integrity.