What is dull trauma?

blunt trauma is the result of an external object affecting the body without penetrating the skin. It is the main cause of trauma death. The term "dull trauma" is an umbrella term that includes such injuries as shocks, fractures and compression. The deadline itself refers to how the injury occurred, rather than the nature of the injury itself.

Often the only symptom of this type of injury is mild internal bleeding, which may not represent symptoms up to a few hours after the accident, and therefore the first respondents and emergency workers tend to be very thorough with display and tests, even if the patient is not injured. If not treated, seemingly small dull injuries of trauma could change very quickly. The vast majority is caused by car accidents where the driver affects the steering wheel or dashboard. The head and abdominal dull trauma are the main causes of trauma -related death and minor cases may be undiagnosed due to lack of external symptoms.

Aumat is rooted in the basic laws of physics, more specifically in the case of kinetic energy. As Sir Isaac Newton, a physicist from the 17th century, exposed, "the body in motion will remain in motion if it is not operated by external force." In other words, the car will continue until it stops something, be it a brake or another car. The Force Equation states that:

force = mass x acceleration

By multiplying the object acceleration with its mass gives the impact force absorbed by an object that stops it. It also emphasizes the importance of speed in the severity of the resulting blunt trauma injury. Because kinetic energy is:

kinetic energy = (mass x speed

2 )/2,

doubling the weight of Moveg duplicates the object to double the impact, but double the speed of four times the impact.

According to Newton: "The force that sets the object in motion must be absorbed before the object is stopped." In case of dull tRauma is a body that absorbs this power. The absorption of this energy is what causes the cells in the body to compress to the crush point, called compression damage. The skid injury occurs when the organ and its connection mechanism slow down at different speeds, causing tension that can lead to separation. The kidneys and spleen are commonly susceptible to shear forces. A severe impact can cause so much pressure on the organ that it can literally pop, which is a condition called injuries of overpressure. The lungs and bladder are particularly susceptible to overpressure injury.

Cars equipped with seat belts, airbags and Crump zones reduce the risk of dull trauma and defensive control reduces the risk of the accident. Protective sports equipment, such as helmets, thoracic pads, and shaving guards are also effective in preventing this type of injury and workers in dangerous professions should follow the safety protocol to avoid the chance of injury.