It might surprise you to learn that the ordinary, everyday triangle is probably the strongest, most naturally stable geometric shape, appearing frequently in natural and man-made construction.
The most notable man-made triangular structures in the world are, of course, the Great Pyramids of Egypt, which have been standing the test of time for thousands of years.
Even today without us being aware, triangles provide vital structural support to almost every part of our busy lives. The triangle is a champion of strength, longevity, and durability and, upon closer inspections, we probably wouldn’t be the same without them.
This begs a question: What Makes Triangles So Special? Two Words... Natural Stability!
By its shape, a triangle under stress shares the load between its sides, resisting deformation by creating a “partnership” that enables the whole unit to support much more than the sum of the individual parts.
Our son learned this lesson when his 9th grade physics team used triangular shapes to build a bridge out of 50 small popsicle sticks, surprising even the teacher by supporting over 350 lbs. (p. 21) The team concluded that, for a bridge that weighed less than 15 lbs., the “mighty triangle” and double-glued joints were the keys to success.
Simply put - each individual piece whether wood or glue, when placed and aligned with their natural strengths enables the neighboring pieces to perform to their fullest ability thereby magnifying the strength of the whole structure. The inner workings of this glue/wood relationship formed an interdependent bond which can offer us some insight as to why the Design-Build method has gained and maintained its popularity.
A similar bond is crucial for a good Design-Build project delivery method in that the owner, general contractor, and design professional—the three sides of the triangle—must align their individual goals, skills, and contributions in a strong, collaborative relationship that fortifies the efforts of the whole team.
This is more than just good teamwork - it’s a commitment by each party to use their skillset through the entire process to increase the value of all other member’s contributions.
Independently, the owner, general contractor, and designer have their own well-intentioned goals to achieve for a project, but when misaligned they can end up working against each other. Good Design-Build practice harmonizes these goals early to align each party’s contribution to the project parameters.
On a grassroots level, its characteristics include transparent communication, unyielding commitment to project goals and partners, and a solution-focused drive. This approach not only pursues the best solution, but also the best value, schedule, and quality for that solution.
Even conflict that’s common between the contractor and designer can be harnessed early in the Design-Build process to transform them into constructive results. Let’s face it, challenges are part of every project, and a collaborative framework supports and encourages a whole team solution.
When executed properly, Design-Build is like a feedback loop that hones each party’s contribution, increasing the potential of a much better overall project solution on many levels.
What are your thoughts? Comment below and share your opinion or experiences.
Original source: www.lichtefeldinc.com
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