2. First Level Thermodynamics Study of Manufacturing System Holistic Method of System Description ….. P M V Subbarao Professor Mechanical Engineering Department I I T Delhi

3. Need for a Holistic Study Present study is using a thermodynamic framework to characterize the material and energy resources used in manufacturing processes. The analysis must span a wide range of processes: “Conventional” processes: –Machining –Casting – Forming –Injection molding … “Advanced machining” processes: –Electrical discharge machining –Abrasive waterjet machining, –Vapor phase processes used in semiconductor and nanomaterials fabrication.

4. Holistic Vision of Engineering Analysis Primitive concepts Accept Theory Secondary concepts Propose Theory Test Theory Impact on Society Industrial Processes Engineering Relations Particular Relations INDUCTION DEDUCTION

5. Application of Thermodynamics Available Resources (Energy, matter etc.,) Engineering of Manufacturing processes, devices and systems. Is Design meeting Human’s NEED? YES (task completed) NO Thermodynamics Laws and information Fluid Mechanics & Heat Transfer etc,.. Social Sciences and Humanities

6. New Ideas for Same Need Development of A Display system What fundamental quality of the substance is to be identified to select right idea to achieve the objective ?

7. The first step : Identification of Target FUEL Flow Exhaust gas Motive Power Air Flow Development of an Artificial Horse

8. Holographic Description of Manufacturing System Material Processing System Creation Energy Sources for Material Processing System Creation Energy Sources for Manufacturing System Manufacturing System