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Jump to Projects:  Secretary Desk, Hall Mirror Stand, Homework Desk, Large Cedar Chest, Book Shelves

This is a list of some of the wood projects that I've designed and created over the years.  It is as much to jog my feeble memory as it is to show off some of my work.  For each piece, I have included a list of mistakes that I made (and how I covered them up,) in hopes that I won't repeat them.

In most of my "serious" projects, I make attempts to use as little hardware as I can.  More time and more complex joints are required to do this, but that's part of the fun.

Secretary Desk

Completed:  May, 2004 (should have been done Summer 2003, but rehab from a shoulder injury prevented work on it).

Material: 4/4 Cherry.  1/2" poplar for drawer sides. 1/4" plywood for drawer bottoms and desk back.

Hardware:  Two hinges for desktop drop-leaf, ten drawer pulls, and two drop-leaf support pulls. Ten brads to secure the ogee feet fronts. No hardware was used in the desk and drawer structure at all.

Finish:  Tung oil.

Dimensions:  35"W x 41"H x 20"D

Design Elements:  Glued-up side panels, top, desktop, and drop-leaf with breadboard ends. Several "cubby-hole" shelves inside. Four main drawers (tiered in size) and two small drawers inside. Two sliding drop-leaf supports.

 
Build:  The side panels, desktop, and top were glued-up first. The ogee-feet pattern was cut into the two desk sides. The drop-leaf was glued-up with pinned breadboard ends. Four drawer support frames were built using mortise-and-tenon joints. The frames and desktop were fastened to the sides with ten full-length sliding (hidden) dovetails, glued only at the front 1" to allow for seasonal wood movement. The "carcass" at this point was incredibly strong, it could probably hold 500 pounds - and no hardware was used at all. Two ogee-feet backers were fixed to the sides and bottom frame in the front. The inner shelves were assembled and fastened in place with hidden dadoes. Then the top was secured to the sides with half-blind dovetails. The drop-leaf was secured to the desktop with heavy-duty desk hinges. The drawers were made with machined dovetails - front and back. The bottom three main drawers were made to be recessed on all four sides. The top drawer and inner drawers were made to be flush to the front. The sliding drop-leaf supports were  made with slots to accept a 1/4" dowel. Small end-caps were used on each slider to cover the end-grain. A small piece of cherry with a 1/4" hole drilled in it to accept the dowel was secured to each desk side. The simple mechanism holds the slides in place, but allows them to be moved in and out. Finally, the ogee feet fronts (whose profiles matched those already in place) were fastened to the sides with glue and brads. The coves on the ogee feet were made with several deepening passes at an oblique angle across the table saw. The profile was made from a free-hand pattern and cut with a jig saw.
 

Impressions and Comments:

Standard, yet simple (Shaker inspired) secretary desk style
Ogee feet give a simple design a more stately look 
Cherry looks terrific
Very useful and compact

Problems, Mistakes, and Cover-ups:  

The ill-matching grain on the left side was a minor concern.
Visible sapwood on the inside-left (see picture) and in the left side top was a mistake that may have been unavoidable. With limited Cherry boards of significant length without defects and good color match, it is unlikely that I would have been able to hide all sapwood.
I thought that the machined dovetail between the top and sides was a necessary-evil (for the sake of structural integrity). What I did not realize was that the ten sliding dovetails would be incredibly strong, and that was all the structural integrity I would need. The top should have been fastened with a hidden joint.
The biggest problem, which remains a problem is the drop-leaf. I messed up the breadboards the first time, re-did them, and I am still not happy with it. The drop-leaf bows slightly and does not fit the desk opening well. Someday I may redo the drop-leaf... maybe.
A few of the shelves on the inside have "gappy" joints. It was very difficult to get everything to match up on all sides - especially at glue-up time, which had to be done all at once. It was a very complex process to get all of the shelves, the top, and the back in place all at once for glue-up.
 

 

Hall Mirror Stand

Completed:  November, 2002

Material: 8/4 Black Walnut legs and upper frame.  4/4 Black Walnut table, bottom shelf, sides, and mirror supports.  1/2" poplar for drawer.

Hardware:  Drawer pull, mirror, "clips" to hold mirror in place.

Finish:  Tung oil.

Dimensions:  19"W x 78"H x 12"D

Design Elements:  Turned legs joining upper frame.  Curved bottom shelf with through mortises in legs.  Beveled mirror attached top and bottom, 3/4" gaps at the sides.  Dovetailed drawer.  Table top with routed ogee edge.

 Build:  Legs were turned first.  A 2" long, 3/4" diameter dowel was turned into the tops of the rear legs to receive the upper frame pieces, which had mating 3/4" holes drilled (using home-made jig).  Mortise and tenon joints were used everywhere.  Through mortises in legs to receive the bottom shelf.  Drawer front was dovetailed to drawer sides.  Rear of drawer used a dado/rabbet joint.

 

Impressions and Comments:

Tall, classic look
Walnut works very well, and looks beautiful

Problems, Mistakes, and Cover-ups:  

My main concern early-on was how the rather "round" bottom would look with the very "square" top.  The addition of chamfers on each side of the upper frame softened the lines and reduced this problem.
Another concern was how the turned rear legs would mate with the upper frame.  These pieces together are 78" long, which would have been impossible to turn on the lathe.  The result was better than expected.  The custom dowel joint is extremely strong and the pieces mate almost perfectly.
My original design called for a trapezoidal table top.  The span between the front legs was to be about 6" shorter than in the back.  The angled mortises required would have been very hard to do.  This plan was abandoned before the legs were even finished on the lathe.  Each leg took 6 hours to turn and if I messed up one of those angled mortises (which seemed very likely,) I would have to start over again.
If there is one problem with the finished product, it is that some of the glue marks were very difficult to remove, and remain.

 

Homework Desk

Completed:  November, 2002  (in 6 days)

Material: 8/4 Soft Maple legs.  4/4 Soft Maple top, frame, drawer front.  1/2" poplar drawer sides.

Hardware:  Drawer pulls, drawer slides, screws for corner braces and top.

Finish:  Near-clear poly. stain.

Dimensions:  30"W x 24"H x 18"D

Design Elements:  Tapered legs. Large flat table top with breadboard edges.  Spacious drawer.

Build:  Legs were cut using a home-made taper jig.  Sides and frame were mortised and tenoned together.  Table top was glued up with breadboard edges and screwed down to the frame.  Drawer slides were employed for ease of use.

Impressions and Comments:

Simple design
Quick construction required (for a birthday,) thus lots of hardware used

Problems, Mistakes, and Cover-ups:  

Some of the maple pieces had strange grain and/or coloration.  This interferes with the look of the final result somewhat, but the worst piece was used in the back.
Grain looks a bit different from leg to leg.  I should have paid more attention to which sides of each piece were to receive the tapers to alleviate this.

 

Large Cedar Chest

Completed:  April, 2002

Material: 4/4 Red Aromatic Cedar.

Hardware:  Piano hinge, screws for bottom.

Finish:  Clear Poly.

Dimensions:  48"W x 22"H x 18"D

Design Elements:  A modified "Norm" design.  Eight 12" x 12" floating panels.  24 mortise and tenon joints.

Build:  Each panel consisted of re-sawn 4/4 pieces which yielded 1/2" thick panels (3 pieces glued-up).  Frames were constructed using mortise and tenon joints allowing the panels to "float".  The legs are just modifications to the frame with a simple arc design.  Front and back frames were joined to sides with a tongue and groove joint.  Top was glued-up from 5 boards and attached to the back with a hinge.  Corner braces added for strength.

Impressions and Comments:

Knotty red cedar looks and smells terrific.
The 4/4 cedar that I got from Grizzly was 7/8" to 1" thick.  This made the 1/2" panels possible.  They would have been much thinner, otherwise.

Problems, Mistakes, and Cover-ups:  

Cedar is very soft and brittle.  Corner braces were added that might not have been necessary for a harder wood.
Routing 24 mortises proved to be a huge chore.  A drill press with mortise chisel was first on my birthday list after this project.

 

Book Shelves

   

Completed:  May, 2001

Material: 4/4 Red Oak top, sides, and fascia.  3/4" oak plywood shelves and bottom.  1/4" oak plywood back.

Hardware: Brads for back.

Finish:  Clear poly.

Dimensions:  24"W x 38"H x 10"D

Design Elements:  Simple book shelf design with dovetailed top and chamfered sides.

Build: Top and sides were glued up from 3 boards each.  Top was dovetailed to both sides using a home-made dovetail jig.  Bottom was dadoed into sides.  The front of each side received a chamfer for about 3/4 of the height.  Shelves rest freely on wooden dowels.  Fascia was dowelled and glued.  Back was rabbetted all around and nailed.

Impressions and Comments:

Simple, clean lines
Turned out very nice

Problems, Mistakes, and Cover-ups:  

One of the oak boards was sort of a gray color.  The resulting glue-up produced results that were not as good as hoped.
My original plan did not call for a fascia board on the top.  But, I cut both dovetails left-to-right, which resulted in a visible gap on one side of the front and one side of the back.  The gaps should have both been at the back, and thus invisible.  So, the fascia board was added.  The result is, I feel, nicer than the plan.

 

 

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