I believe that they would perform just as well or better than the fiber and carbon pads.
Hydraulic psi applied to the brake pads, convert the vehicles Kinetic energy into (thermal energy)heat. That is why race cars have brakes that can generate more heat(vented thick steel or carbon fiber) and are lighter(less kinetic energy).
Discs are pads of fiber and cartilage that contain rubbery tissue
Protective padding for the front of the lower leg ( the shin bone) What about shin pads? If you're asking what shin pads are, these are small rectangular foam pads that are place on the shin (front of the legs) to protect the player from damaging their, of course, shin bones (from tackling or any other kicks).
Pressure pads themselves do not produce energy. They are used to detect pressure, movement, or the presence of objects. However, pressure pads can be integrated into systems or devices that generate energy from the applied pressure, such as piezoelectric systems.
No, very different. Metallic pads are generally more expensive but much better depending on vehicle. Ceramic pads are even better on most vehicles.
From what I have read battery charging pads do save energy. The other plus is that they do not overcharge you batteries as a cell phone charger has the tendency to do.
Yes, use AED pads on adults with no breathing and no pulse. The pads will need to be matched to the AED as most pads have different attachments to the AED.
Child AED pads may not deliver enough energy, so they are not appropriate to use for an adult.
No they are not; they will not deliver enough energy.
Ceramic pads are much harder, last longer. However not compatible with all rotors, ask your brake technician at local shop.
Friction, for example the heating in brake discs and pads when slowing a vehicle