Welded Storage Tank Design as per API 650

Master Welded Storage Tank Design as per API 650

✅Storage Tank Design as per API 650 ✅Two Solved Examples

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Course curriculum

1. SECTION 2
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2. TEST - 2
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1. High-level lesson
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2. Test - 3
1. SECTION 4 Thickness Calculation by 1 Foot Method
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1. SECTION 5
1. SECTION 6 API 650
1. SECTION 7 Wind Girder Design Part
1. SECTION 8 API 650
1. SECTION 9
1. SECTION-10 API 650
1. SECTION-11
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1. SECTION-12
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1. SECTION-13
1. API 650 SECTION 14 (Part 4)
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1. SECTION-15
1. SECTION-16
1. SECTION 17_ ANNEX A Optional Design Basis for Small Tanks (Welded Storage Tank Design Course)
1. SECTION 18_ ANNEX AL Aluminum Storage Tanks (Welded Storage Tank Design Course)
1. SECTION 19_ ANNEX F Design of Tanks for Small Internal Pressures (Welded Storage Tank Design Course)
1. SECTION 20_ ANNEX J Shop-Assembled Storage Tanks (Welded Storage Tank Design Course)
1. SECTION 21_ ANNEX P Allowable Loads on Tank Shell Openings (Welded Storage Tank Design Course)
1. Calculation of Thickness by the Variable-Design-Point Method
1. PDS of Raw Water Tank
2. SECTION 4: Material
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3. SECTION 5: Design - Shell Design
4. SECTION 5: Design - Bottom Plate, Annular Plate & Roof Plate
5. SECTION 5: Design - Wind Girder
6. SECTION 5: Design - Wind Analysis
7. SECTION 5: Design ANNEX E - Seismic Theory
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8. SECTION 5: Design ANNEX E - Seismic Calculation
9. Annexures
10. Q&A
1. PDS of Crude Oil Tank
2. Design Data
3. Shell Design
4. Bottom & Roof Design
5. Wind Girder Calculation
6. Wind Analysis
7. Seismic Design Part 1
8. Seismic Design Part 2
9. Annexures
10. Q&A

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40 hours course content
12 months elearning validity
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Master Welded Storage Tank Design as per API 650

Course curriculum

SECTION 1: Introduction

SECTION 2: API 650 Foreword, Annexures, Definition

SECTION 3: How to start with excel sheet preparation for calculation

SECTION 4: Shell thickness Calculation from 1Foot Method

SECTION 5: MAWP, Bottom Plate and Annular Plate thickness Calculation

SECTION 6: Nozzle openings and Concept of Wind Girder

SECTION 7: Wind Girder Design

SECTION 8: Wind design of tank, Roof plate thickness Calculation Concept

SECTION 9: Roof Design, Wind overturning moment

SECTION 10: Wind Design as per ASCE Code

SECTION 11:Seismic Design Basics (Part-1)

SECTION 12: Seismic Design Basics (Part-2)

SECTION 13: Seismic Design Basics (Part-3)

SECTION 14: Seismic Design Basics (Part-4)

SECTION 15: Seismic Design as per ANNEX E

SECTION 16: Material Requirement

SECTION 17: ANNEX A (Optional Design Basis for Small Tanks)

SECTION 18: ANNEX AL (Aluminum Storage Tanks)

SECTION 19: ANNEX F (Design of Tanks for Small Internal Pressures)

SECTION 20: ANNEX J (Shop-Assembled Storage Tanks)

SECTION 21: ANNEX P (Allowable External Loads on Tank Shell Openings)

SECTION 22: Calculation of Thickness by the Variable-Design-Point Method

Solved Example 01 (Raw Water Tank)

Solved Example 02 (Crude Oil Storage Tank)

Key Highlights

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