factory-fit
2nd February 2010, 10:33 AM
This is a totally unfair suggestion, but here goes:-
Prosteel has automated our design procedures to a huge degree, only end-plate bolted moment connections to join beams together on poor access sites have to be got elswhere, and that software is much harder to use and 'glitchy' too with printing and so on.
I design in other materials, such as stainless steel for handrails and stair side-beams on 'posh' retail projects, plus the odd foray into lightweight structures using small diameter square tubing and even ERW.
Is it possible to enter the section properties of say, square or circular section alloy or stainless tubing and obtain suitable results?
If this is too far off the wall or irrelevant I will happily delete the thread, however we are increasingly being asked to design in stainless, plus quite delicate assemblies
Cheers
Kevin Armstrong
PS keep up the good work, I retire soon and our business is uncomfortably addicted to your product, so the remaing staff running the business would struggle!:cool:
Prosteel has automated our design procedures to a huge degree, only end-plate bolted moment connections to join beams together on poor access sites have to be got elswhere, and that software is much harder to use and 'glitchy' too with printing and so on.
I design in other materials, such as stainless steel for handrails and stair side-beams on 'posh' retail projects, plus the odd foray into lightweight structures using small diameter square tubing and even ERW.
Is it possible to enter the section properties of say, square or circular section alloy or stainless tubing and obtain suitable results?
If this is too far off the wall or irrelevant I will happily delete the thread, however we are increasingly being asked to design in stainless, plus quite delicate assemblies
Cheers
Kevin Armstrong
PS keep up the good work, I retire soon and our business is uncomfortably addicted to your product, so the remaing staff running the business would struggle!:cool: