Spreadsheets

I have written quite a few Microsoft Excel spreadsheets and one or two DOS Batch files for doing different things. Some I use for work (civil engineering), and some are purely for fun.

I have made some of them available here for you to download and use freely. I have password protected a few of them so that you won't be able to make changes to the way they work - BUT if you send me an email telling me what you think of the spreadsheet then I will happily tell you the password.

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carperf.xls
(241 kB)
carperf.zip
(67 kB)
A comprehensive Excel spreadsheet that will calculate the acceleration and top speed of a car given a few basic facts about the car
coordcon.xls
(49 kB)
coordcon.zip
(34 kB)
An Excel spreadsheet that will convert grid references in Longitude and Latitude to OS Grid References
corners.xls
(1,069 kB)
corners.zip
(308 kB)
An Excel spreadsheet that when supplied with a OS Landranger Map Grid Reference will tell you which Landranger map it appears on and the nearest postcode
twisty.xls
(99 kB)
twisty.zip
(29 kB)
A fun and wacky Excel spreadsheet that rotates wire mesh 3D model shapes around in 3 dimesnsions
SectionProps.xls
(39 kB)
SectionProps.zip
(10 kB)
A program that Civil Engineers might find useful - it calculates section properties for steel plate girders.
photoviewer.bat
(2 kB)
  A DOS batch file that will create a webpage for previewing all the .jpg and .gif files in a given directory. This batch file is very useful if you are running Windows 95 or Windows 98 and don't have any suitable graphics packages for previewing images.
steering.xls
(41 kB)
  A spreadsheet that calculates and illustrates accurate steering geometry for various wheelbases and track widths.
compression.xls
(14 kB)
  A simple spreadsheet that calculates compression test pressures and temperatures for engines.
brinchhansen.xls
(150 kB)
  A detailed spreadsheet that performs calculations using the Brinch Hansen method for laterally loaded piles in soil.
EarlyThermalCracking.xls
(27 kB)
  A comprehensive spreadsheet that calculates the minimum reinforcement required in mass concrete (usually foundations) to resist early thermal cracking due to differential shrinkage.