This document discusses sensors and simulation in computer integrated manufacturing. It defines sensors as devices that measure physical quantities and convert them into signals. It describes different types of sensors and their applications. The document also defines simulation as modeling real-world systems using software to evaluate performance before physical implementation. It discusses static vs dynamic and continuous vs discrete simulation. It covers deterministic and stochastic simulation approaches. The document outlines simulation methodology, languages, and software packages. It highlights advantages of simulation and applications in various industries.

1. WELCOME SOORAJ VRROL NO : 25S6, PE..

4. TYPE OF SENSORS

5. APPLICATION OF SENSORS

6. SIMULATION

7. TYPE OF SIMULATION

8. SIMULATION METHODOLOGY

10. What is sensor? Non-electrical physical quantity: temperature , sound or light sensors Electrical signal

11. TYPES OF SENSORS

13. Mechanical industry

14. Aerospace

17. It is carried out to evaluate the performance of a system, product or process before it physically built or implemented to imitate or predict the behavior of manufacturing system.SIMULATION

18. Types of simulation Static or dynamic Continuous or discrete Deterministic or stochastic

22. System which have no random input is are DETERMINSTIC.

23. A system which have random input is are STOCHASTIC .

25. SIMULATION METHODOLOGY GENERAL PURPOSE SIMULATION LANGUAGES SIMULATION LANGUAGES HIGH LEVEL SIMULATOR

30. Analytica

31. Automod

32. Autoshed

33. Crystal Ball

34. GPSS

35. MAST

36. SIGMA

37. SIMAN

39. APPLICATION OF SIMULATION safety engineering Testing scientific modeling Automotive industry Aero space Civil design

40. THANK YOU… SOORAJ VR ROLL NO : 25 S6, PE