Power Engineering 101

Founder of Power Engineering 101. First Class Power Engineer. Empowering Power Engineers to achieve success on their SOPEEC exams.

How To: Determine Stayed Surface Calculations

How To: Determine Stayed Surface Calculations

The lesson we are going to learn today is How To: Determine Stayed Surface Calculations. This post will review the formula(s) provided in the Boiler & Pressure Vessel Code, along with one formula that is not provided. Define the different variables used in each formula. Wrapping it up by reviewing numerous practice questions. All referenced page numbers are from …

How To: Determine Stayed Surface Calculations Read More »

Extra Mechanics Formulas For Power Engineers

Extra Applied Mechanics Formulas For Power Engineers

Great news everyone! Some fellow Power Engineers have been kind enough to share a summary of extra Applied Mechanics formulas they complied while studying for 2A1. They complied this list as they felt there was additional formulas outside of those in the Academic Supplement that are important to remember for the exam. Judging by the …

Extra Applied Mechanics Formulas For Power Engineers Read More »

How To: Determine Corrugated Furnace Calculations Diagram

How To: Determine Corrugated Furnace Calculations

Today we will be reviewing calculations involving How To: Determine Corrugated Furnace Calculations. We will review the formula(s) to determine the required thickness and the maximum allowable working pressure. Then define the different variables in each of the formulas and review numerous practice questions to reinforce the material covered. All referenced page numbers are from …

How To: Determine Corrugated Furnace Calculations Read More »

How To: Determine The Minimum Required Thickness Of Noncircular Unstayed Flat Heads And Covers Diagram

How To: Determine The Minimum Required Thickness Of Noncircular Unstayed Flat Heads And Covers

This post we will be covering how to determine the minimum required thickness of noncircular unstayed flat heads and covers. We will review the formula(s), define the various variables in the formulas, and review practice questions to reinforce the material covered. If you haven’t already, make sure you review the following posts as it will …

How To: Determine The Minimum Required Thickness Of Noncircular Unstayed Flat Heads And Covers Read More »

How To: Determine The Minimum Required Thickness Of Circular Unstayed Flat Heads And Covers When Attached By Bolts Diagram

How To: Determine The Minimum Required Thickness Of Circular Unstayed Flat Heads And Covers When Attached By Bolts

This post we will be learning how to determine the minimum required thickness of circular unstayed flat heads and covers when attached by bolts. We will review the formula, define the various variables in the formula and review a practice question to reinforce the material covered. If you haven’t already, make sure you review How To: …

How To: Determine The Minimum Required Thickness Of Circular Unstayed Flat Heads And Covers When Attached By Bolts Read More »

How To: Determine The Minimum Required Thickness Of Circular Unstayed Flat Heads And Covers Diagram

How To: Determine The Minimum Required Thickness Of Circular Unstayed Flat Heads And Covers

Today we will be reviewing calculations involving how to the minimum required thickness of circular unstayed flat heads and covers. We will review the formula(s) to determine the required thickness and the maximum allowable working pressure. Then define the different variables in each of the formulas and review a couple practice questions to reinforce the …

How To: Determine The Minimum Required Thickness Of Circular Unstayed Flat Heads And Covers Read More »

Enter your email to get instant access to the case study!

error: Alert: Content is protected !!