Torque is a twisting force and thrust is a linear force. To transform torque into a linear force you need a conversion like turning an axle to turn wheels, or spinning a propeller.
Aircraft engines do produce torque but the torque is not of interest because it’s removed from performance. Land vehicles like cars are more interested in torque because the power is not transmitted through a fluid but through a mechanical path. You don’t want the wheels to slip against the road, so you need a transmission. The torque at a given engine rotation speed can be matched to a different wheel rotation speed. As you accelerate you need to change gears to match that faster one to one where the engine isn’t overspeeding.
Torque is an angular force. It always refers to something rotating about an axis.
Thrust is just a force. Specifically, a force from pushing off of something to accelerate. ie the exhaust from a rocket engine give the rocket thrust.
A 1000 lb ft torque would be 1000 lb of force if you are 1 ft away from the axis of rotation, but if you were 2 ft from the axis of rotation, it would only be a 500 lb force. τ =F×r where F is force and r is the distance to the axis
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