Which factor is NOT a component of the fluid shockwave?

The fluid shockwave is a concept often discussed in the context of understanding the impact of force during control tactics or defensive maneuvers. It is primarily characterized by components that influence how a force moves through a medium, such as the human body, when engaged in a physical confrontation.

Velocity, mass, and energy duration are all critical components of the fluid shockwave because they directly relate to how energy is transferred and dissipated through the body. Velocity refers to the speed at which the force is applied, mass pertains to the weight of the object or person applying the force, and energy duration relates to how long the force is sustained. Together, they determine the overall impact of the force applied, which is essential for effective technique and control during physical interventions.

Temperature, however, does not influence the shockwave in the context of applying pressure point control tactics. While temperature can affect material properties and may play a role in other physical phenomena, it is not a fundamental component of the dynamics involved in creating or understanding fluid shockwaves in relation to physical force or control applications. Therefore, it is the correct choice for what is not a component of the fluid shockwave in this context.