Pressure Vessel Design as per ASME Sec VIII Div-1

Sachin Pol

Founder & Head Design

View profile

Language

1133 Views

Access anytime

27 Min

This course format through pre-recorded video. You can buy and watch it to learn at any time.

₹ 30000

videos

₹ 30000

Why do you enroll

Key topics covered

Course details

Course tags

Course content

Explore More

Start Additional Earning

Why do you enroll

Mastering "Pressure Vessel Design as per ASME Sec VIII Div-1" propels career growth for mechanical engineers, designers, and pressure vessel specialists. Professionals can transition into senior roles like Lead Pressure Vessel Designer, Engineering Manager, or Technical Director, or specialize in pressure vessel design, analysis, and inspection. Expertise in ASME Sec VIII Div-1 enhances job prospects, earning potential, and leadership opportunities, ensuring safe and compliant design, fabrication, and operation of pressure vessels, boilers, and tanks. This specialized knowledge enables professionals to drive innovation and excellence in industries like oil and gas, chemical processing, power generation, and aerospace.

Show more

Key topics covered

Below is a summary which explains how detailed this course is:

Manual calculations and validation with PvElite for combined loading calculations, where software just shares the ratios of actual to allowable stress, we have demonstrated in detail with manual problems all calculations for various stresses.
For saddle design the values of load Q used in the zick analysis method are derived and demonstrated with manual calculations. Validation with PvElite software for the same. Software shows these values directly without any explanations and derivations.
Manual detailed calculations for wind and seismic loads and moments and stresses because of it. For nozzles we are covering all the details from Nozzle Neck thickness as per UG-45, Opening requirements for UG-36, reinforcement as per UG-37, Multiple openings as per UG-42, large opening as per 1-7, nozzle on flat head UG-39, large central opening on flat head as per Mandatory appendix-14.
Flange design and optimization with manual calculations and PvElite validations as per Mandatory appendix-2 covering Loose ring, integral and optional type flange designs.
PWHT, Impact testing, PFHT, Hydro and Pneumatic test all requirements and manual problems.
Leg support manual calculations for the stresses.
Stiffener moment of inertia manual calculations and validation with PvElite.

Download attachments

Show more

Course Details

Static Equipment Design Engineers looking to develop and excel in their role. This training will help them to better understand the code requirements and to optimize the Design. They will be able to understand & resolve the queries and comments from customers and authorized inspectors. They can get answers to their questions related to live projects as well. No more delay in Design due to any technical queries or questions.

Introduction to Code (Scope & Limitations)
Internal Pressure Calculations
External pressure Calculations
Nozzle Design
Flange design
PWHT and PFHT
Impact Testing
Lifting Lug design
Hydrostatic test(UG-99), Pneumatic test(UG-100) requirements of code, procedure and significance
Wind, Seismic and Combined Loading
Materials
All Weld Figures
Supports
PvElite