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This Chippendale-style high chest has a 2:1
height-to-width ratio. The result is a nice tall
piece that doesn’t look top-heavy or unstable.
This William & Mary-style high chest retains
some of the influence of an earlier period with
its stouter, squarer shape and it incorporates the
golden section into its height.
I think the proportions of this little Chippendalestyle
chamber table are just lovely. It’s almost
hard to believe the basic shape is a simple square.
Low chests and dressing tables
often have depths of roughly 18"
or so. The 18" is roughly a golden
section of 30" (the typical height
for dressing/chamber tables) so
that makes the end a golden section.
Deeper dressers may have
resulted from making the top a
golden rectangle.
This Queen Anne-style high chest is divided vertically
in half by its upper and lower case. This looks
fine for furniture of a man-sized scale. This piece
is 76" tall. The Chippendale high chest shown on
the far left is divided by the golden section. It is
more than 8' tall! That puts its waist mould (the
moulding that unites the upper and lower cases)
about 3' off the floor. That’s roughly the same
height as this Queen Anne’s waist.
The Classical column orders can be very helpful
for establishing vertical divisions, especially
those found on legs. In this instance, this table’s
stretcher is located in proportion to the base or
plinth of an Ionic column. Its apron is sized to the
capital of the column.
This little Chippendale-style chamber table is
divided by my own “discovery” – the 9/16 rule.
The 9/16 is close to the golden section, but the
difference is not subtle. Compare this to the lower
case on the William & Mary piece to the right and
you’ll see what I mean.
The lower case of the William and Mary high
chest shown earlier is very clearly divided by the
golden section. Its matching chamber table has
similar proportions.
I know it’s not easy to
see here, but graduated
drawers trick us into
thinking the sides of the
case angle in toward the
top. The basic pyramid
shape is the generally
preferred composition.
It’s settling.
In a four-drawer chest, the position of the middle drawer divider
is determined by the golden section. In some regions, this would
be the only divider that is dovetailed to the case sides. The top
and bottom dividers are then determined by dividing each of the
two remaining spaces by 9/16. So, for example, the big drawer
at the bottom is 9/16 of the .618 space. The larger of the two top
drawers is 9/16 of the .382 space. This is almost easier and faster
to do with dividers than with a tape measure and calculator. The
question I’m not answering here is whether the middle divider
is a golden section of the entire carcase side, or the space under
the moulding. The reason I’m not answering is because I simply
don’t know. Realize that these images are all of real masterpieces
and not my own designs.
Start the five-drawer design by imposing a column
order of your choosing. This is Ionic, a masculine
order. The column gives us the crown moulding
and lowest drawer. From here, we are left with a
four-drawer chest. Those drawers can be determined
exactly as the four-drawer chest above.
This William & Mary waist mould is a typical
design. The upper half of the waist is sized to
cover the thickness of the lower board in the case
(7/8"). This moulding is beautifully long, making a
roughly 30° angle. It is only slightly concave over
all, bulging closest to the case, then meeting the
bullnosed top of the lower case with a shallow
ogee. Under the lower case’s top is a simple cove.
I personally do not find mouldings particularly
quick and easy to make by hand. But the alternative
isn’t good. In my opinion, router bit makers
generally make ugly mouldings with shapes
based on circles instead of the ellipses typical of
period moulding planes.
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Arts & Mysteries: The Soul and Basis of Our Art
Arts & Mysteries: The Soul and Basis of Our Art
August 03, 2009
by Adam Cherubini I design my own furniture here at my workbench with a pair of dividers. I like designing this way, but I
really don’t like having to clear my workbench to do it. This year’s articles will detail the construction of
a standing desk for my shop. I’ll make this desk entirely by hand using 18th-century techniques.
I realize the way I work wood is a bit out of the ordinary. It’s also true that the way I write magazine articles is out of the ordinary. Unlike typical articles, the “Arts & Mysteries” column has year-long themes.
This year I intend to explore a simple hand-tool project in never-before-seen depth. Frankly, I’ve been frustrated by the “Build a Chippendale Highboy in three pages” articles. So I thought it would be helpful if you could peer into my shop as I construct something entirely by hand. For it is my understanding that very few of you have experience building projects entirely by hand, but that almost all of you use hand tools to some degree. I’ve long suspected that there’s a difference between using hand tools for some things and using hand tools for everything. What I see are woodworkers fitting their hand tools into factory-like paradigms. They seek jigs for their hand saws and measure their planes’ shavings with micrometers. I’m not interested in passing judgment or trying to convince anyone that my way is better. Rather, I’m keenly interested in the exploring the difference in the work styles to learn what techniques or methods are the chief contributors to success. In the article that follows, the first in the series, I’ll explain how I design furniture. I don’t work from fully dimensioned project plans. Like almost everything else I do, the way I design is linked to the methods I use to work wood. I hope you enjoy this article, and the others in this series. Designing Furniture for Hand Tools Major Mass Though 18th-century furniture varies dimensionally, the proportions from one piece to the next are often quite similar. For example: If you divide the height by the width of baroque high chests or secretaries, you’ll find most pieces are close to twice as high as they are wide. Though there are only a few in existence, William & Mary high chests are typically one unit high by the golden section (.618) wide. Chamber tables (minus their tops) and many low chests of drawers are square (1:1). I don’t know if this was intentional. It may be one of those “it just looks right” kind of things. It may be that you can find these relationships where ever you look for them. Frankly, I don’t care. These simple ratios are easy to work with and look great. Departing from these fundamental proportions can work. I have seen Shaker furniture that is taller than 2:1. The result can be an alluringly naïve or quirky piece. Of course there are exceptions to every rule, but you’d be hard pressed to find something built in the 18th century, “off proportion” and made of mahogany. Establishing Depth Divisions of Space Drawer Spacing After years of struggling with this issue, I’ve finally arrived at a way to produce nicely graduated drawers. I can say that no basic arithmetic series works (e.g. make each drawer smaller than the one below by 1⁄2" or so). These arithmetic series exaggerate the graduation and give pieces a Sears toolbox look. To see how I space a four-drawer chest, see the drawing at right. My method for determining five-drawer spacing is a bit more complicated. We should therefore be suspicious of it. Like everything else in this article, I’m going to share it with you for your consideration. Don’t think this the only way. I can say I laid this template over several pieces from at least two different regions and it fit well. Details Hardware can have a unifying effect, inviting the eye to journey around the piece. In the 18th century, craftsmen clearly used ornamentation to affect composition. I don’t feel qualified to comment on baroque carvings, but it appears to me that mouldings were used for specific applications, had specific shapes and were proportioned similarly. Generally, coves hold things up. Ovolos and ogees ease the abruptness of corners, encouraging you to continue upward. Base mouldings are typically convex, stabilizing the mass above them. Joinery Conclusion The greater point I’d like to leave you with is the importance of design, and the relative unimportance of piston-fit drawers or perfect dovetails. I would never argue that finely planed wood isn’t beautiful. But I wonder at the sense of putting so much time and effort into something that may not be noticed from 3', while sacrificing that which is easily apparent from 50'. By following proportion rules established 3,000 years ago, we have in our power the ability to evoke a visceral human response. Maybe this is why master cabinetmaker and fashion icon Thomas Chippendale (1718-1779) urged his fellow cabinetmakers to develop “an acquaintance” with the classical column orders and their use in art and architecture. He wrote in 1762, “These [proportion rules], therefore, ought to be carefully studied by every one who would excel in this Branch [cabinetmaking], since they are the very Soul and Basis of his Art.” PW More Arts & Mysteries on Adam Cherubini’s Blog This year’s Arts & Mysteries column has Contributing Editor Adam Cherubini building a period case piece entirely by hand. As you might imagine, this is a vast and sweeping series, and therefore there’s lots of ground to cover. So we’ve provided Adam with a blog (artsandmysteries.com) where he will expand on many of the details and themes he touches on here, post photos from the shop, provide progress reports on the project and respond to your e-mails. There are already several blog entries that relate to this first column on design that you should investigate: In addition to woodworking, Adam enjoys drawing and painting. He studied art at the Fleischer Art Memorial in Philadelphia. Visit his blog at artsandmysteries.com. |
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