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Basic Considerations in Process Equipment Design (04 Periods)
1.1 Introduction
1.2 The general design procedure
1.3 Fabrication Techniques
1.4 Equipment classification
2. Stress and Stress Analysis (12 Periods)
2.1 Introduction
2.2 Definition & types of stresses
2.3 Stresses due to static loads
2.4 Strains
2.5 Elastic constants
2.6 Thermal stresses
2.7 Stresses caused by bending
2.8 Deflection
2.9 Stresses caused by torsion
Stresses in cylinders and spheres
2.12 Stress concentration
2.13 Dynamic stresses
2.14 Impact stresses
2.15 Compound stresses
2.16 Stresses created due to static and dynamic loads
2.17 Combined stresses and theories of failure
2.18 Effects of fabrication methods Economic considerations
3. Pressure Vessels (14 Periods)
3.1 Introduction
3.2 Operating conditions -Normal conditions, Transient conditions
3.3 Pressure vessel code
3.4 Design stress and design criteria
3.5 Corrosion allowance
3.6 Joint efficiency
3.7 Shell thickness for spherical and cylindrical vessels
3.8 Head or covers- crown and knuckle radius
3.9 Thickness of head subjected to internal pressure
4. Heat Exchanger (12 Periods)
4.1 Introduction
4.2 Codes and standards for heat exchangers
4.3 Overall heat transfer co efficient
4.4 Shell and tube heat exchangers:Tubes, Shell, Tube sheet layout. (Tube count),
Shell types (Passes), Baffles, tie rods , tube joining methods
4.5 Flow patterns
4.6 Kern’s Methods
4.7 U tube and floating and heat exchanger
5. Supports for Vessels (10 Periods)
5.1 Introduction
5.2 Bracket or lug supports
5.3 Leg supports
5.4 Skirt supports
5.5 Saddle supports
5.6 Flanges
5.7 Nozzles
5.8 Design of Jackets (IS 2825)
5.9 Coils for pressure vessels
6. Distillation Column (18 Periods)
Selection of Key component for multicomponent distillation
6.4 Advantages and limitation of vacuum distillation
6.5 Determination of number of theoretical stages of binary distillation
6.6 Using McCabe Thiele Method
6.7 Selection of trays
6.8 Checking of conditions for weeping, down comer flooding and liquid
entrainment
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