What is the term for heating resulting from the action of electrical force on non-conducting material?

The term for heating that occurs due to the influence of an electrical force on non-conducting materials is dielectric heating. This process happens when an alternating electric field is applied to a dielectric (insulating) material, which causes the molecules within that material to become polarized. As the molecules attempt to realign themselves with the changing electric field, they dissipate energy in the form of heat. This phenomenon is commonly utilized in microwave heating and other applications where non-conductive materials are used.

The other terms listed relate to different heating methods. Frictional heating occurs when two surfaces rub against each other, generating heat due to mechanical work. Static electrical heating refers to heating caused by static electricity, but it is less commonly associated with the action of an electric field on non-conductive materials. The heat of compression refers to heat generated through the physical compression of a gas or a material, which also does not relate to the electric field's effects on non-conductors. Therefore, dielectric heating is the correct term for this specific type of heating under the influence of an electrical force.