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kg is the unit for mass, N is the unit for force, see Newton's law.<br>Using kgf for force is outdated and considering the messages above confusing.

in conversation I have heard of a machine that can perform impregnation of woven roving or knitted fabrics using any kind of thermoset resin. I am trying to find such a machine, the manufacturer of these machines or anyone who may know more about it.<br><br>Any help would be greatly...

Mtnengr,<br> <br> Yes, I would be very interested in looking at your codes. I have had some setbacks in retrieving test data and so I have not worked with some of the equations I found yet. Could you send me your email address to <A HREF="mailto:vanbelle@gis.net">vanbelle@gis.net</A>? I might...

You may want to check out recent developments in smart structures. Using fiber optics and piezo-electric materials, the possibilities of designing self-repairing, sentient, load-leveling structures are endless.<br> <br> If you are unable to obtain good thesis support from your professor, I would...

I am contemplating using neural network software to help me find solutions to engineering problems. Does anyone have experience with neural networks and their application in engineering or R&D?<br> <br> What I am trying to find is the prediction of a response of a multivariable system outside...

Naren,<br> <br> thank you for your information. I already had the information from Roark's (this is the first book I consult whenever I have a question; it is the bible of engineering) and read the Von Karman solution on buckling. The book &quot;Guide to stability design criteria for Metal...

I am investigating the buckling behaviour of spherical structures. I have found a reference to Timoshenko's &quot;Theory of elasticity&quot;, but I read in a review that there are few worked-out examples in this book. Can anyone advise me about this book or recommend another?

Try Roark's formula's for stress and strain. If I remember correctly, chapter 10 has formulas for buckling.