Qnect’s release schedule is every two weeks. Some of the updates are communicated directly to the customers who submitted the request or have shared consistent use of a feature that we might have improved. During November and December several updates to the system were created that we wanted to share with you.
This week, Qnect customers received a nice gift - product updates that increase productivity. These updates reflect hours of customer input, beta testing, and user interviews.
It was a busy 2019, which ended in a productive end of year for product enhancements. In addition to the Release Notes found in the app, we wanted to highlight just a few for you here.
[div class="quotebox"][quote]And what is good, Phaedrus,
And what is not good—
Need we ask anyone to tell us these things?[/quote]
[byline style="text-align:left;"]Robert M. Pirsig, Zen and the Art of Motorcycle Maintenance: An Inquiry Into Values[/byline][/div]
Above: Image of Sea-Tac International Terminal. | Photo credit: HOK Architects
At a recent meeting of the Boston Society for Construction Solutions, an attendee raised their hand and asked us this provocative question: “If Qnect is so incredible, why isn’t everyone using it?” It’s quite simple: until you witness the speed, power and accuracy of QuickQnect, it’s hard to imagine that what we’re doing is even possible.
Qnect, LLC®, the only software company focused exclusively on optimization of connection design, is excited to announce it has signed a reseller agreement with Integrous Steel Software Solutions, Inc.
A cloud-based digital engineer is hovering nearby, ready to calculate, design and optimize thousands of bolted and welded connections on 3D Tekla models as a service to subscribers.
QuickQnect is a Tekla plug-in about seven years in development and out in stealth mode since April. The developer says QuickQnect differs from other steel-connection software in that it uses powerful, in-the-cloud computers to examine loads rapidly, designing each connection to be as efficient as possible, rather than applying standard designs by connection type from a library.
To set up the tool, the engineer selects among dozens of preferences for job requirements, connection types, detailing, bolts and welds. Then, the model—or only parts of it—is uploaded to a cloud processor by clicking a button on the Tekla interface. The system extracts the forces and engineers the connections, says Jef Sharp, the developer and CEO of Qnect, Hadley, Mass.
Tekla's Monday Minutes for February 7, 2016 includes an exclusive Special Promotion available to both new and existing Tekla users.
Qnect has created a sophisticated, automated process to engineer and connect steel joints by merging the engineering function and the connection function while keeping the engineer’s and fabricator’s preferences flexible.
As Mark Andreesen of Silicon Valley famously said, “Software is eating the world…” This is evident in all industries and the Steel industry is a prime example. Software is efficient. Design something really well the first time and then deploy it over and over again, while making it continually better. Smarter.
So what is the limit to what software can do for Steel? Qnect addresses not just the software options of today, but the future of software to make the structural steel industry even more safe, economical and efficient.