installation

2013/8.1, August 7 — Jade Mountain’s Amazing Pools, a Video Guide to Pondcraft, Chinese Gardens and more
                                    August 7, 2013      …
2013/7.1, July 10 — A Hilltop Masterpiece, Avoiding Design Mistakes, Going Pondless and more
                             July 10, 2013        …
Sliding into Backyard Waterparks, Part 2
The feature clients like most about custom pool slides – particularly those of the modular variety – is their tremendous flexibility:  The average slide is about 15 feet long, but the sky truly is the limit, with elaborate installations stretching out across 30 or 40 feet in length.  Slopes are generously variable as well, but there are obvious space considerations that come into play with larger-scale projects.  A good rule of thumb for a desirable 20-degree slope:  Every foot built up vertically generally requires about three feet of horizontal build-out. Obviously, this means that space availability is a major factor in slide design and construction.  The great thing is, the basic procedures of slide installation do not vary much with size, so the process, once learned, is pretty straightforward and repeatable. Here, we’ll be focusing on what this means with
2013/6.2, June 19 — New York’s Finest, Locally Inspired Ponds, Pool-Lighting Strategies and more
                             June 19, 2013         …
Rocking Good Times
I’m generally a low-key guy, but I love almost everything about building waterfalls.  I like discussing a site’s potential with my clients.  I like going to the supply yard and selecting stone.  And while I don’t mind letting others take the lead with the digging, I do like laying out shelves and setting the pond’s interior contours in ways that will maximize
2013/5.1, May 8 — Theatrical Aquatics, the ABCs of Waterfall Installation, Maya Lin’s Watershapes and more
                             May 8, 2013        …
Water Under Pressure
Of all the concepts of hydraulic-system design, there are few that have more importance than the correlation between water flow (that is, capacity expressed as gallons per minute) and line velocity (the speed at which the water travels). As water travels through a pipe, its increase in speed (that is, its line velocity) results in an increase in resistance (expressed as feet of head) and in a reduction of end pressure, which is measured in pounds per square inch (psi).  In other words, an increase in friction losses and a drop in pressure is the result of increased water velocity at a given flow. If that makes sense to you without further explanation, then you know much of what you need to know when it comes to
Cooling the Flock
Sometimes, it’s the unexpected that gives a place its true spirit. That’s been very much the case for The First Church of Christ, Scientist, a 1975 addition to Boston’s historic Back Bay district.  The site features a campus plan devised by legendary architects I.M. Pei and Peter Walker, with grounds organized around a
Sound Stage
Filling small courtyards and other compact spaces with the sounds of moving water is a valued service watershapers often perform for clients these days.   A frequent approach in these cases involves installation of wall-mounted fountains in which water issues from a source set toward the top of the fixture and drops into a small basin from which the water is drawn and
2013/1.2, January 23 — Desert Delights, Weathering Winter, Self-Contained Wall Fountains and more
                        January 23, 2013          …