What is the impact of biomechanics?
Impact Biomechanics is a study of what is happening to the human body after impact, such as car accidents, falls and sports injuries. These fields mix engineering and drugs to develop better safety systems and treatment options for people involved in impact injury. Anyone who drives in a car or sports directly benefits from the research of the impact of biomechanics and may never know. For example, research in this area has caused radical overwork of DASH Car structures to prevent injuries, such as heavy trauma of the head caused by the protuberance of buttons in poorly placed positions. They also use dummies in research. In fact, Dummies is far from being "stupid", in fact they provide a lot of information and can be quite chatty. They are full of impact sensors and measuring instruments that record force pressures during impact. This data feeds on a computer program that can be used to analyze the test results.
Scientists want to understand biomechanical processes for injury to the impact. They may include phenomena such as brain damage caused by the brain, which is whipping inside during the skull or aortic tears caused by violent movement back and forth. They will learn what is happening inside the body when they are exposed to various types of impact pressures, including sharp blows, whiplash and forces that could meet in air accidents, traffic accidents and bombing. Understanding the nature of these injuries provides a number of benefits.
The first is better medical treatment. When scientists understand the pathology of impact injury, they can offer advice to care providers to help them treat patients more efficiently. For example, awareness of impact biomechanics explains why many times there is a question of spine trauma, attach patients with standby respondents. This simple measure can save lives and reduce the severity of injury by immediate spine stabilization.
In addition, Impact Impact Biomechanics can allow a proposalH better safety systems. This includes restrictions, airbags and protective equipment. Systems that are clearly dangerous can also be configured in new ways to reduce the risk of injury. For example, rearranging elements inside the car can drastically reduce the chances of death in accidents. For example, the requirements that a car seat face the rear of the vehicle