Mind Bender said:I'm fascinated by hypersonic aircraft. But what is the fastest velocity the human body can withstand? Mach 6, Mach 8? I look forward to the day when people can circle the globe in a matter of minutes. Will this be possible?
If I remember correctly this is true for vertical g-force, for horizontal g-force 2 or 3 times more is survivable.berkeman said:Trained and fit aircraft fighter pilots can withstand 9 times the acceleration of gravity (one "g" = 9.8m/s^2) for brief periods of time.
Tolerance to high velocity is the ability of an object or material to withstand and maintain its structural integrity when exposed to high speeds or velocities. This can refer to both mechanical and thermal stresses caused by high velocity forces.
Tolerance to high velocity is typically measured using impact or shock testing. This involves subjecting the object or material to high-speed impacts or sudden changes in velocity and measuring its response, such as deformation or failure.
Tolerance to high velocity is important in various fields, such as aerospace, defense, and automotive industries, where objects or materials may be subjected to high speeds or impacts. It ensures the safety and reliability of these components and structures.
The ability to withstand high velocities depends on several factors, including material properties, design and geometry, and the type and intensity of the high-speed forces. Temperature and environmental conditions may also play a role.
Tolerance to high velocity can be improved through material selection, design optimization, and the use of protective coatings or structures. Thorough testing and analysis can also help identify weak points and improve overall tolerance to high velocity.