Do Water Immersion and Advanced Technologies Enhance G-Force Tolerance?

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In summary, the conversation discusses the effects of high G forces on people and aquatic animals if they were to be immersed in water while experiencing extreme accelerations. The question is whether being in the water would provide a higher resistance to G forces and protect them from injuries, and what technologies are currently being used and potentially developed for this purpose. The mention of Anti g suits as a possible solution is also brought up.
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Tabaristiio
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1) If people or aquatic animals like fishes and whales were to be fully immersed inside a big enough water container, and say this water container is inside an aircraft, and the aircraft executes extremely high accelerations that G forces reach up to near 100, would the animals and people immersed inside the water container be affected the same way as people outside the water and get injured or die in a similar manner or would being in the water give them higher resistance to G force keeping them alive and safer from injuries, Allowing them to withstand higher g forces? When I say 'immersed inside the water', I mean basically below the surface without having anybody part above the water.

2) What technologies are currently being used and are best to counteract G forces? Is it possible that in the future we could have technologies enabling us to withstand greater g forces than today?

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  • #2
Have you researched Anti g suits? Wiki has some basic stuff to say about them.
 

Related to Do Water Immersion and Advanced Technologies Enhance G-Force Tolerance?

What are G Forces and how are they measured?

G Forces, or gravitational forces, are a measure of the acceleration experienced by an object due to the force of gravity. They are measured using a unit called "g" which represents the acceleration due to gravity on Earth, which is approximately 9.8 meters per second squared.

What is the difference between positive and negative G Forces?

Positive G Forces are experienced when an object is accelerating in a direction that is opposite to the force of gravity, causing a sensation of being pushed down. Negative G Forces are experienced when an object is accelerating in the same direction as the force of gravity, causing a sensation of being lifted up.

What are the effects of high G Forces on the human body?

High G Forces can have various effects on the human body, depending on the duration and direction of the force. Some common effects include blacking out (loss of consciousness), red out (redness in vision), and grey out (loss of color in vision). Prolonged exposure to high G Forces can also lead to more serious effects such as organ damage.

How do pilots and astronauts train to withstand high G Forces?

Pilots and astronauts undergo specialized training to help them withstand high G Forces. This training includes physical exercises to strengthen the muscles and cardiovascular system, as well as techniques such as straining (contracting muscles in the legs and abdomen) and breathing maneuvers to prevent blood from pooling in the lower body.

What are some real-life applications of understanding G Forces?

Understanding G Forces is crucial in a variety of fields, including aviation, space exploration, and sports. It helps engineers design vehicles and equipment that can withstand high G Forces, and also helps pilots and astronauts safely operate their vehicles. In sports, understanding G Forces can help athletes optimize their movements and prevent injuries.

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