The functional requirements of the machining process are linked to process, tool, and coolant design parameters based upon common process understanding.
In years past, working the design of a vehicle from the idea stage to production took about five to seven years, owing to the complexity and durability requirements of the machines.
The requirement of the machines of the few homes that used weight stack machines was that they allowed increase or decrease of resistance in small steps of around 2-5 kg, depending on muscle group trained.
These systems necessarily require access to the plasma or first wall, which generally conflicts with the requirements of the basic machine.
This will also reduce the processing power requirements of the computing machine.
The work, done with the collaboration of professionals from different organisations, shows that the proposed design of the components fulfils all the requirements of the ITER FEAT machine.
To achieve this goal, two of the models developed previously regarding the power needs of a rotary tiller and a subsoiler were modified and combined to result in an integrated estimator for prediction of the power requirements of the combined machine.
While a proper locating principle is a key challenge for the responsive fixture based machining due to its two contradictory requirements of maintaining the machining datum and deformation releasing sufficiently.
One of the key requirements of the heart-lung machine was anticoagulation.
A new distributed, computer-based system has been developed to handle the real-time requirements of the RFX-mod machine control.
