James L. Salmon, Esq.
300 Pike Street
Cincinnati, Ohio 45202
Summary of Services and James L. Salmon's CV
Collaborative Construction Resources, LLC helps owners craft IPD procurement strategies that enable them to acquire BIM enabled infrastructure from integrated teams and helps those teams craft, negotiate and implement integrated agreements. Whether you need an IPD Facilitator, a Project Neutral, or Project Counsel, we can help. We're BUILT to integrate!
"This is a far more practical and cost-effective way to increase the stability of a well over a long period," Tour said.
In the lab, the nanoribbons were functionalized—or modified—with polypropylene oxide to aid their dispersal in the polymer. Mechanical tests on composite-reinforced sandstone showed the process increased its average strength from 5.8 to 13.3 megapascals, a 130 percent boost in this measurement of internal pressure, Shahsavari said. Similarly, the toughness of the composite increased by a factor of six.
"That indicates the composite can absorb about six times more energy before failure," he said. "Mechanical testing at smaller scales via nanoindentation exhibited even more local enhancement, mainly due to the strong interaction between nanoribbons and the polymer. This, combined with the filling effect of the nanoribbon-polymer into the pore spaces of the sandstone, led to the observed enhancements."Read the Whole Thing
According to Stryker, “Tritanium is a novel highly porous titanium material designed for bone in-growth and biologic fixation in spine applications.” It is designed to help alleviate the problems brought upon by degenerative disc disease (DDD)
In the built industry we are told, all the time, that the iron triangle of cost, quality and schedule cannot be broken. My contention is that's crap. The built industry is burdened with a waste factor of at least 60% and there's no way, NO WAY, you cannot reduce cost, improve quality and build faster every single time in the built industry. If 60% - or more - of the labor, materials and time expended on a project are wasted then building better building faster and cheaper is possible, no matter what the experts say.
But controlling all three points on the iron triangle is tough. Reducing costs impacts quality. Increasing quality raises costs. Cost and quality both impact schedule. It's absolutely true that these three points on the iron triangle are connected and when you impact one you impact the other two to some degree as well. But isn't the ability to control cost, quality and schedule on a complex construction project really, at its core, just an optimization problem? I believe it is. Plus a cultural problem. And a legal problem. But those last two are easy to solve with the right team, it's the optimization problem that has the industry stumped.
Which brings me to the value of Quantum Computing in Construction. To run a full blown optimization analysis on every critical decision on a complex construction project at every moment in time that such a decision is necessary is the Holy Grail of the BIM / VDC world. But to date we've been thwarted by the inability of our computers to wield the data found in massive BIM models. And simultaneously keeping your finger on the pulse of the costs, quality and schedule of a project is a monumental task. But, again, it's just an optimization problem driving the the facts / events as the occur / manifest themselves.