OJT Pressure Vessel Design (Manual Calculation) As Per ASME Section VIII Div.1

Part of the OJT Mechanical Static Engineer Complete Package · 2 OJT Trainings

For : Mechanical Engineering

ASME VIII pressure vessel training: hand-calculate every vessel part.

15 trainings · 65 lessons · 100% online
Mentor: Tito Febrianto, ST - Senior Mechanical Static Engineer

OJT Pressure Vessel Design (Manual Calculation) As Per ASME Section VIII Div.1
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About this OJT

Learn straight from real projects with OJT Pressure Vessel Design (Manual Calculation) As Per ASME Section VIII Div.1

In this OJT you will learn how to design a Pressure Vessel as per ASME VIII Div.1 in detail through our recorded videos, and practise manual calculations for every part of the Pressure Vessel using Excel spreadsheets.

At the end of the training you will fully design a Pressure Vessel using data from a real project.

After this training you are expected to be able to design a pressure vessel without helper software, and naturally, when you do use software, you will already master the design concept according to ASME Section VIII Div.1.

Curriculum

What you'll learn

15 trainings · 65 lessons. Tap each part to see its lessons.

Training 1 Pressure Vessels Introduction 4 lessons
  1. Definition, Application
  2. Standard Reference, and tools
  3. Scope of design
  4. Outline Training OJT
Training 2 Material Selection and Material Properties Data 7 lessons
  1. ASME reference
  2. Required data
  3. Material Properties and Specification
  4. Commonly used Material
  5. Tensile strength and Yield strength
  6. Allowable stress
  7. Dimension tolerances
Training 3 Type of pressure 6 lessons
  1. Design Pressure
  2. Static Pressure
  3. Maximum Allowable Working Pressure (MAWP)
  4. Maximum Allowable Pressure (MAP)
  5. Test Pressure
  6. Others Pressure
Training 4 Important Assumptions in Designing and Calculation 3 lessons
  1. Corrosion Allowances
  2. Joint Efficiency
  3. Tolerance
Training 5 Shell Design and Calculation 5 lessons
  1. References and Equation
  2. Symbol and Definition
  3. Minimum Required Data
  4. Simple Study Case
  5. Actual Study Case
Training 6 Head Design Calculation 4 lessons
  1. References and Equation
  2. Types of head
  3. Symbol and Definition
  4. Study Case
Training 7 Nozzle Design Calculation 7 lessons
  1. References and Equation
  2. Type of nozzles
  3. Symbol and Definition
  4. Nozzle for access opening
  5. Study Case for Access Opening Nozzles
  6. Nozzle for others
  7. Study Case for Other Nozzles
Training 8 Nozzle Reinforcements Design and Calculation 6 lessons
  1. References and Equation
  2. Limit of Reinforcement
  3. Reinforcement Area
  4. Symbol and Definition
  5. Simple Study Case
  6. Actual Study Case
Training 9 Flanges Design and Selection 6 lessons
  1. References
  2. Type of flanges
  3. Pressure-Temperature Rating
  4. Study Case Rating Selection
  5. Study Case Dimension Selection
  6. Bolt and Nut Selection
Training 10 Heat Treatment Evaluation 3 lessons
  1. References and Equation
  2. Heat Treatment After Forming Evaluation
  3. Post Weld Heat Treatment Evaluation
Training 11 Impact Test Evaluation 5 lessons
  1. References
  2. Impact Test Requirements
  3. Material Classification, Governing Thickness, and MDMT Calculation
  4. MDMT Reduction
  5. Study Case
Training 12 Weld Size Evaluation 4 lessons
  1. Shell and Head
  2. Nozzle to Shell or Head (without pad)
  3. Nozzle to Shell or Head (with pad)
  4. Nozzle to Flanges
Training 13 MAWP Evaluation and Test Pressure Selection 3 lessons
  1. Summary MAWP
  2. Lowest Stress Ratio Calculation
  3. Test Pressure Selection
Training 14 Summary Design and Calculation 1 lessons
Final Project Final Project 1 lessons

How It Works

From first lesson to certificate

See the 7 learning steps

  1. Download all materials from the link we sent you

  2. Watch the video carefully

  3. Complete the calculation exercises for each component using Excel

  4. Complete the quizzes for each chapter that we provide

  5. Complete the final assignment of designing a pressure vessel from the real project data we provide

  6. Consult on the final assignment with your mentor via WhatsApp Group/Email.

  7. For final assignments that have been approved, a certificate will be issued

Choose a package

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OJT Mechanical Static Engineer Complete Package

The right choice if your goal is to work as Mechanical Static Engineer: no skill left behind, one single payment.

2 OJT Trainings at once: every skill you need to work as Mechanical Static Engineer.

  1. Pressure Vessel Design (Manual Calculation) As Per ASME Section VIII Div.1 this OJT Rp 1.750.000
  2. Storage Tank Design (Manual Calculation) As Per API 650 Rp 1.750.000

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