Mechanical Design of Process equipments

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KHUDKIBOOK
MECHANICAL DESIGN OF 3170514
FREE PDF 3170514
Code: 3170514 Credits: 3 Semester 7 Chemical

Mechanical Design of Process equipments

Get the full GTU study material, English & Gujarati textbook PDFs, syllabus curriculum, and solved previous year question papers.

Mechanical Design of Process equipments Syllabus — Unit-wise Content

The official GTU curriculum for Mechanical Design of Process equipments (subject code 3170514) as prescribed for Chemical · Semester 7 divides the course into 6 units, covering 38 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.

Download the official syllabus PDF (3170514)

Unit 1 Introduction

6 lecture hours

  • Design pressure and temperature
  • design and allowable stress
  • Static and rotary equipments
  • Different types of welding joints
  • joint efficiency and methods of fabrication of equipment
  • standard and specification for pressure vessel
  • Mechanical properties of material

Unit 2 Design of Pressure vessel

  • Mechanical design of shell and head subjected to internal and 10 20 Bachelor/Master of Engineering Syllabus Subject Code : 3170514 Subject Name : Mechanical Design of Process Equipments external pressure
  • Graphical & analytical method for shell and head subjected to external pressure
  • Shell design for external pressure with & without stiffening ring
  • Different types of Nozzles and design of reinforcement pad for nozzle by area for area method
  • Different types of flanges
  • flange facings
  • gaskets and their selection criteria
  • Design of bracket support

Unit 3 Design of Reaction Vessel

8 lecture hours

  • Mechanical design of shell
  • Different types of agitators & their selection criteria
  • Determination of power required for agitation
  • shaft diameter
  • blade thickness
  • Different types of jackets & their selection criteria
  • Selection between coil & jacket

Unit 4 Design of Storage Tank

6 lecture hours

  • Types of storage tanks
  • Capacity of storage tank
  • its diameter & height
  • Design of fixed roof storage tank
  • Design of structural supported conical roof as per API 620, Vent sizing for atmospheric and low pressure tanks

Unit 5 Design of Shell & Tube Heat Exchangers

6 lecture hours

  • Function of various parts of shell & tube heat exchanger
  • Mechanical design of Shell
  • tube sheet
  • channel shell
  • etc. of shell & tube heat exchanger
  • Mechanical design of saddle support

Unit 6 Design of Distillation and Absorption Column

8 lecture hours

  • Mechanical design of shell
  • tray support for Vertical tall tower
  • Determination of shell thicknesses at various heights for tray tower & packed tower in case of internal & external pressure
  • Different types of tray support
  • Mechanical design of skirt support

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