What is the primary purpose of a torque converter in automotive engineering?

What is the primary purpose of a torque converter in automotive engineering?

• A. To increase engine horsepower
• B. To transfer power from the engine to the transmission
• C. To reduce engine emissions
• D. To enhance fuel efficiency

Answer: (B)

The primary purpose of a torque converter in automotive engineering is to transfer power from the engine to the transmission. This hydraulic device facilitates the connection between the engine and the transmission, allowing for smooth acceleration and deceleration without stalling the engine. It performs this function by using fluid dynamics to transmit torque, which helps to multiply the engine's power when starting from a stop or during low-speed acceleration. While other components or systems in a vehicle address increases in horsepower, reductions in emissions, or enhancements in fuel efficiency, the torque converter's main role is to ensure that the engine's power is effectively delivered to the transmission to facilitate vehicle movement. This function is crucial in vehicles equipped with automatic transmissions, as it allows for seamless transitions between power modes, especially during driving conditions that require significant acceleration.

The primary purpose of a torque converter in automotive engineering is to transfer power from the engine to the transmission. This hydraulic device facilitates the connection between the engine and the transmission, allowing for smooth acceleration and deceleration without stalling the engine. It performs this function by using fluid dynamics to transmit torque, which helps to multiply the engine's power when starting from a stop or during low-speed acceleration.

While other components or systems in a vehicle address increases in horsepower, reductions in emissions, or enhancements in fuel efficiency, the torque converter's main role is to ensure that the engine's power is effectively delivered to the transmission to facilitate vehicle movement. This function is crucial in vehicles equipped with automatic transmissions, as it allows for seamless transitions between power modes, especially during driving conditions that require significant acceleration.