US +1 617 5008224 EU +44 113 8152220
Toll Free:
Skype
Forum or Email| Tweet |
|
|
|
|
|
|
The most useful resource I had earning my PE was a book of equations that was a companion to HP48 equation library. I didn't use the built in libray much, but the book of equations was an invaluable resource, and I still occasionaly use it as a resource. It is borken down into various engineering subcategories. I intend to have each of the catgories done wih XLC, but this file includes:
Heat Transfer 45 equations in these categories: Coefficent of Heat Transfer, Film Coefficent, Heat Exchanger, Heat Flow Through Various Shapes, Radiant Heat Flow
All formulas pull from a common set of variables
| A = | ft2 | Area |
| cp = | Btu/lbm-ºR | Specific Heat |
| D0 = | ft | Outside Diameter |
| Di = | ft | Inside Diameter |
| EE= | ||
| Fa = | None | Shape Factor |
| Fc = | None | Correction Factor |
| Fe = | None | Emmissivity Factor |
| h = | Btu/hr-ft2 | Film Coefficent |
| h = | Btu/lbm | Enthalpy |
| h0 = | Btu/hr-sf-ºR | Outside Film Coefficent |
| h1 = | Btu/lbm | Enthalpy |
| h2 = | Btu/lbm | Enthalpy |
| hfg = | Btu/lbm | Enthalpy of Vaporization |
| hi = | Btu/hr-ft2-ºR | Inside Film Coefficent |
| ho = | Btu/hr-sf-ºR | Outside Film Coefficent |
| K = | Btu/hr-ft-ºR | Thermal Conductivity |
| K1 = | Btu/hr-ft-ºR | Thermal Conductivity |
| K2 = | Btu/hr-ft-ºR | Thermal Conductivity |
| K3 = | Btu/hr-ft-ºR | Thermal Conductivity |
| Kins = | ||
| Kp = | ||
| L = | ft | Thickness |
| L1 = | ft | Thickness |
| L2 = | ft | Thickness |
| L3 = | ft | Thickness |
| LMTD= | ºF | Log Mean Temp. Difference |
| m = | lbm | Mass |
| n = | None | Coefficent (turbulent heat flow through pipe) |
| Npr = | None | Prandtl Number |
| Nre = | None | Reynolds Number |
| q = | Btu/hr | Heat Flow |
| qr = | ||
| r = | None | Transient Heat flow time constant |
| r0 = | ft | Outer Radius |
| ri = | ft | Inner Radius |
| rt = | ft | Insulated Pipe's Total Radius |
| t0 = | ºF | Cold Fluid Outlet Temperature |
| Ti = | ºF | Temperature |
| T0 = | ºF | Temperature |
| ΔTi= | ºF | Temperature |
| ΔT0= | ºF | Temperature |
| Δt= | ºF | Temperature |
| ti = | ºF | Cold Fluid Inlet Temperature |
| Tp = | ºF | Thermalcouple Probe Temperature |
| ts = | ºF | Surface Temperature |
| tsv = | ºF | Saturated Vapor Temperature |
| Tw = | ºF | Wall Temperature |
| TΦ = | ||
| U = | Btu/hr-ft2-ºR | Overall Heat Transfer Coefficent |
| U0 = | Btu/hr-ft2-ºR | Pipe's outside Heat Tranfer Coefficent |
| v = | ||
| Δh= | ||
| μ1 = | lbf-s/ft2 | Absolute Viscosity |
| ρ = | lbm/ft3 | Body's Density |
| ρ1 = | lbm/ft4 | Liquid Density |
| ρv = | lbm/ft5 | Vapor Density |
| T1 = | ºF | Temperature |
| T2 = | ºF | Temperature |
Calculation Reference
Heat Transfer
| Find on Amazon.com | Find on Amazon.co.uk | Find on Amazon.fr | Find on Amazon.de | Find on Amazon.ca |
Heat Exchanger
| Find on Amazon.com | Find on Amazon.co.uk | Find on Amazon.fr | Find on Amazon.de | Find on Amazon.ca |
Heat Engines
| Find on Amazon.com | Find on Amazon.co.uk | Find on Amazon.fr | Find on Amazon.de | Find on Amazon.ca |
Version History
Check the version history to see how this calculation has changed over time. Use the Subscribe button to receive an automatic email should this calculation be updated to a higher version. Use the Favourite button so you can easily find this calculation in the future.
Total Votes:0"Thanks again for your excellent course this past week." "Thank you for the course last week, found it very interesting both from the perspective of a quick refresh, but also on how we can optimise the work we do." "Thanks for a very interesting and usef...
I am pleased to report that XLC Ribbon works with the 32bit and 64 bit versions of Excel 2013 obtained using the free Office 365 Home Premium Preview. Excel 2013 looks a little flat and dull compared to previous versions but I think this is the influence of the new Windows 8 'metro' look and f...
New!XLC Ribbon For the first time XLC works with both 32 bit and 64 bit versions of Excel with an enhanced Office Ribbon display. It is a much simpler installation process than the previous Toolbar versions so you can be up and running in no time at all. ...
Hitachi have recently been awarded the largest ever UK rolling stock order and they’ll be bringing their Shinkansen bullet train technology to Europe. In August ExcelCalcs braved the stifling Japanese heat to deliver their ‘Fatigue of Welded Structures’ course to Hitachi b...
Our XLC software is a mathematical add-in for Excel. Generating equations direct from cell formulas it is an essential verification tool for engineers. Furthermore the ExcelCalcs community is the world’s most active producer of Excel solutions to engineering problems. The table below shows w...
Like a child selecting parts to construct a Lego model engineers bring together blocks of science to create new designs. These building blocks could be a load calculation, a beam calculation, a weld calculation, a fatigue calculation or any other calculation from a myriad of engineering topics. As...
The site is optimised for browsing on mobile devices like the iPhone or Android phones. To create a web app icon browse to http://www.excelcalcs.com/navigate/ and ‘Add to Home Screen’. You will find an icon much like an app icon on your home screen which will bring you straight back...
I have been chasing up feedback from new users signing up to XLC Pro accounts in the last month. I am delighted with their positive feedback. “I started using XLC but I am now insisting that my whole team use the add-in .“ “It is a great tool for validation and pres...
Engineering training - “I run a team of engineers and whilst there are plenty of soft options for training expounding the latest management techniques there is precious little to develop the engineering skills of my team”. This is a familiar story we hear from clients of our trai...
| Membership |
© 2007 - 2012 MoreVision Ltd. All Rights Reserved. |
Conditions of use . |
Comments
RSS feed for comments to this post