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Info The custom woodworking company-woody 2000 project answers

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What is the best wood to use for a workbench

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Aug. 1969, also in Edmonton.

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Woodworking - wikipedia, the free encyclopedia, Woodworking is the activity or skill of making items from wood, and includes wood carving, joinery, and carpentry.. Furniture shopping tips: the best secrets for furnishing a, Furniture shopping tips: the best secrets for furnishing a home on a budget, from real people. Adjectives - commnet, Certain adjectives have irregular forms in the comparative and superlative degrees:. Instagram blog, Portrait of a botanical garden with @shish0va. to see more irina’s photos of botanical gardens, follow @shish0va on instagram. “the dark tones of the grass are. Did the stimulus work? a review of the nine best studies, Did the stimulus work? a review of the nine best studies on the subject. Music tools | a dolphin music blog to promote the best, A dolphin music blog to promote the best products for musicians, gearheads and music making individuals..

Learn Diy wood projects for the yard

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Hi All.
If you post pictures on the blog, you need to put the artist, title, date, and where you found the image-- not just random uncredited images. I recognize the tire buddha below as being by an Estonian artist I met in Finland, Villu Jaanisoo. When you use an image, you need to include all the credit information!
Thanks.
Shannon

If you have been following along with this build then awesome, thank you. If you have missed out or are coming in on the tail end of things here you can catch up with the rest of the build by clicking on the link HERE.

I started this day by doing the main assembly for the chest,I started by installing the side pieces first. because of the tongue and groove joint of the front panel into the legs, this was forced to be a butt joint. It would be reinforced by a 3 pairs of 3/8" pins but I still made some changes to the original design, The article on medieval chests that I took a lot of instruction from suggested the grain of the side panels should run horizontal, matching the front panel, but as I thought about that and this butt joint I also started to think about wood movement over time and how if I were to run the side panels with the same grain orientation as the legs I wouldnt have any movement issues fighting each other or the joint. (If you havent, you can check out that article from greydragon.org HERE)

I added some glue to the sides and the legs and positioned the panel. I held pressure with an F Clamp while I predrilled and placed four 6 penny finishing nails, near the top and bottom in the front and back. I gave all these nails a slight angle to add mechanical strength and I countersunk them all below the surface with a nail set. Using these nails gave me the chance to continue working with the piece clamp free while the glue set up.
I took no pictures and have spent no time on the panel for the bottom, There is nothing special about it to warrant that. Its made of a single width of board that was flattened, smoothed, and cut to fit inside the opening. As it was placed it was also nailed with four 6d finishing nails in pre-drilled holes and countersunk with a nail set.

Glue was used along the matching grain to the front and back panels, not along the cross grain to the sides.

All the nail holes were later filled with homemade wood putty mixing glue and sawdust from the oak.
With the sides and bottom secured I drilled some 25/64" holes into the wood, just a step bigger than the 3/8" dowels I made the day before. I drilled the holes to a 2" depth as the prepared dowels were 2 1/2"
A little wood glue in the holes, a careful selection of the best dowels for the front, second best for the sides, and following up with acceptable dowels for the back. Then comes the driving of the pins into the wood. I try to orient the grain of the pins to follow the grain of the wood theyre driving through, I think this is important for aesthetics and keeping a consistency in the flow of the grain. Occasionally the pin will twist of its own account in the driving but I dont waste time fighting with it to reorient it. Its a picky thing to start with. I drive the pins home by sound, use your ears and listen to the tone of the pin and wood when you drive it, there is a definite change in pitch when youve bottomed out and should stop pounding.
Occasionally the pin will pressurize the glue ahead of it in the hole and drive it through the grain of the wood on the side of the panel, I go ahead and clean this up with a moist rag like the rest of my squeeze out, but I make a mark with a pencil to make sure to pay a little more attention to it when Im final sanding a piece, just to make sure I remove enough to not interfere with any finishing products.

With all the pins set on one side I wipe up as much of the squeeze out as possible and cut the pins flush with a flexible flush trimming hand saw. Then I repeat the process on the sides in and the back. Over all on the front and back there are three pins from each side going through into the bottom panel and two into the side panels. From each side there are an additional two pins going through into the bottom panel.
I set the workpiece aside and then devoted my attention to flattening and smoothing the boards I joined for the lid. The grain was a little wild and my metal jack planes were having issues so I switched to my wooden body jacks  and they took off like wildfire. I like to have options like that, its amazing how often if Im stymied with one thing how just changing which tool Im working with will make a difference.

With the panel set and smoothed I turned the body of the chest back over on top of it and lined it up with the back edge and scribed a line around it to set the orientation of the lid. Through all my measurements and work I felt I had the chest square, heck my trisquare confirmed it, but wood is a tricky bastard that way sometimes and Ive had it fool me before. I never take that "square" for granted anymore. The slight variations will destroy you over time. If it looks right then it is right and so I measure my lids for my chest using the chest itself and skipping the tape measure all together. Since Ive started to do that, my error rate has dropped to zero. Thats a good thing.

After I had the outside edges of the chest scribed down I took a dividers and set it to 5/8" wide and scribed a second outter line that would give space for the lip around the chest.
A little rip saw work, using the workbench and an overhand grip on the saw took the panel to depth. Because of the thin amount of waste on the width cuts I did those with the band saw. Once the cuts were made the saw marks were smooth planed away.
Using the piece I cut off I cut a strip for the lip as 5/8" square. This was done on the table saw. Some glue was laid down and clamps were applied.
The side lip was made from 5/8" square pieces cross cut so they would show end grain like the lid. The width of the board was only about 4" so I cut several pieces, squared them up on the shooting board, and lined them up end to end.
While the glue dried on the lids lip I took some time to measure and cut notches for the hinges. Here I finally made my first real mistake. Not thinking or paying attention I scribed the lines to be notched on the front panel of the chest, for those playing at home, hinges attach on the back panel. . . Oops, I didnt catch it until after I had scored the lines with a chisel and notched the first for a "first class" saw cut. Im not sure how I caught it then, but Im glad I did before the notches had gone any further. Im not sure how I would have fixed that and made it look decent. As it stands I left the lines and the notch alone deciding that anything I would try to do to disguise them would make them stand out even more. Sometimes the enemy of good is better.

This pic is actually of me lining up the hinges on the front panel after I had bent the hinges to what I needed. I have to say I really am a big fan of these strap hinges from Lee Valley, I think they look awesome in these applications.
As the lid dried I used a belt sander to clean up the edges (I didnt want to plane into any reversing grain at this point) and I generally cleaned up the lip and made it look presentable. As I went getting hinges lined up on the lid I noticed that my inset bottom panel had left a few small gaps between it and the front, back and side panels. No problems structurally but looks wise it left an unfinished taste to the bottom of the inside.

I ripped off a couple small strips on the table saw, 3/8" by 58" and I used a small finger plane and spokeshave to chamfer an angle on them. I mitered the corners and fit them into the bottom. I used some CA glue to secure them in place. I have to admit I am pretty new to the CA glue concept in woodworking, Ive used super glue for lots of other things, but for this application it was perfect. An impossible place to fit a clamp and super difficult to drive a brad. Those things only end in tears and swearing (Ive been there) that CA glue almost made it too easy.
I decided to leave things to dry there overnight, I would come back the next day to do the final sanding and apply the finish.

Cheers

Oldwolf

Just like any art and science activities, landscaping is also using technical symbols. These landscape symbols are usually easily understood by those that are in the same career or business circle. Through these graphics or signs, landscape designers are able to understand and read a landscape layout without further explanations and texts. Usually, these design symbols are also classified into types. And to ensure that everything gets covered, even bricks and pavements are assigned with a relative drawing or graphics. Among the most relevant and prevalent in the landscaping business and designing are as follows:

- Deciduous shrubs. These can be in a single irregular circular plant-like graphic as well as in a continuous one to show whether the plant to be implanted is lone or in also continuous.

- Evergreen shrubs. These are drawn in the same irregular circular graphic, but this time with lines to close the circle or all lines having a focal point at the very middle of the drawing. It can also be just the same picture as the deciduous shrub but with a paralleling lines inside to emphasis it as an evergreen plant.

- Large deciduous trees. These are drawn n the choice a tree may appear when you look at it at top view. Simple ones appear in irregular circular forms with a bold dot in the middle while more emphasized ones are in an irregular circular graphic with leaves-looking drawings inside it as well as a branching drawing in the middle.

- Large evergreen trees. These are drawn like the evergreen shrubs but this time, bigger and with a point in the middle.

- Ornamental trees. These looks like the big trees symbol but with inner the-same drawing as the outer bold irregular circle.

- Ground covers. These is probably the simplest because you just have to make sketches in a down-up stroke that looks like the penmanship of a learning child, or you can also make it more interesting by drawing a leaf-oriented graphic.

- Accent or specimen plant. Drawn n such a choice that it will look like a plant’s top view, only that it looks like a cartoon version.

- Decks and patios. There are different drawings for a particular material of decks or patios. Brick are drawn just how brick will appear. Stone will be drawn with a bold line covering its area and within are stone looking drawings. Exposed are the same as the stone, but this time with smaller stone looking drawing to illustrate irregular aggregate materials. The wooden deck is characterized with slanting lines all over the identified area.

All these symbols though are in plain view. The next concern in laying out a landscape design is the elevation. But this is the easiest part as all you have to do is draw a symbol in a standing position when you mean that it is elevated, while draw it in plain view when otherwise. Also, the bolder the ink, the bigger the plant or object is supposed to be placed in the landscape.

There are also other landscape designs that involve other design objects, drawing it on its top view will depict it in a specified area. With these symbols, there will definitely be lesser remarks to come with a design. In turn, it will make the lives of designer and layout artists easy.

Is there anything better than a day in the shop spent cutting joinery? Not many things thats for sure. Thats what I got some time at doing in the shop. Not the fancy "Look at me" joinery like dovetails and drawborn mortise and tenons, but the standard bread and butter joinery. Rabbet joints and Dado joints, the behind the scene heroes that really make a piece work well and hold it together for the long term.

I think what I like about cutting these joints by hand is how some modern woodworking product makers would like you to think that this work is unnecessary. Dont cut a dado for that shelf, clamp it in place with our special high carbon steel, cryogenicaly treated three way clamp, drill it with our laser guided, heat seeking, over calibrated pocket hole guide, and secure it with these special screws, the ones you can only buy from us.

Now dont get me wrong, I do own a small pocket hole jig, and there are times when it is the right choice for joinery. I have seen some antique, heirloom pieces of furniture where pocket holes were used effectively. But if you take the product material you get with your Kreg jig at its word youd believe its your one stop for connecting wood of all kinds. Build yourself a whole kitchen worth of cabinets with a mountain of plywood, a table saw, and a Kreg pocket hole jig. So easy my 8 year old can do it!

Seriously, real furniture screams for real joinery, and even though this is a simple shelf to hang on the wall in my shop, there is no reason I see to skimp and scrape on things that I feel are, so elementary, so basic to quality woodworking.

There are a lot a ways to go about cutting this kind of joinery, it should come as no surprise that I prefer to cut mine by hand.
A simple rabbet plane is such a straight forward way to cut the rabbets. For the sides of the case, which are to be dovetailed I cut them as stopped rabbets, leaving the end 3/4" intact. Simply done I use the plane to remove the majority of the waste in the center and finish the clean up to the ends with a chisel.

The stock for the top and bottom of the cabinet is much simpler to cut.

Now it was time to lay out and cut the dadoes, five stopped dadoes per side, ten in all. This is how I go about doing these.
It starts with careful layout according to calculations and plan Ive drawn up in my sketchbook. Using my folding rule and making small pencil marks to set the space for the shelves.
A try-square and a marking knife follow connecting the small marks into the full layout. I planned these as stopped dadoes so I used a pin marking gauge to mark the ending line an inch from the edge. For the purposes of taking pictures for here on the blog I then go back and darken in the marked lines with pencil.
I then attack with saws. I start the line with a light cut with my dovetail saw. The reason is that it makes it easier to start the stair saw into the cut and then easier to keep the saw straight. The blade of the saw is 3/8" deep and so all I have to do is cut until it bottoms out. Admittedly cutting to a stopped dado is more difficult that just following the cut all the way across the stock, but this is a truth no matter what method you chose to use. 
I then chunk up the waste in between the cuts with some chisel work.
Then using the same chisel I chip out the waste, I am not trying to make a clean bottom or smooth cuts, I am trying to remove as much of the material as possible as quickly as possible. The clean up comes next.
I then grab for my router plane, I have it set to the full 3/8" depth of the dado cut and I use that to clean up and even out the bottom of the excavation. Sometimes this is a process of moving back and forth between the chisels to remove a higher point and the router plane to set the depth consistent.
I then use a wider chisel to clean up the sides of the cut. I do work hard to keep the joint cut within the tolerances originally laid out. This is where I work to make the joint "pretty" Im not worried about perfection on a joint like this, I am worried about accuracy and functionality and this is where I finish that part of the process.
After cutting for both sides I lined them up one on top the other to check my layout to triple check that I had gotten it right.

Just a quick work about speed when it comes to handwork. I took my time working on the first side, taking lots of pictures and trying to set myself up for this post. But when it came time to cut the second set on the other side I decided to time myself and see just how fast I could pull it off. With the layout already done I cut five stopped dadoes in around 18 1/2 minutes total. Now at first you may think that seems like a good amount of time compared to what one could do with a router or dado blade on the table saw. But the stop and think about it.

Add in the time it takes to set up any jigs, sliding table, sacrificial fence, parallel clamps. Dont forget the time it takes to do the test cuts, measure, reset the jig and repeat the test cut. Take the cut in steps. Then because its a stopped dado, still have to grab that lowly chisel and square the ends of the cut, or round over the ends of the shelf stock that is to fit in the joint later.

In the end, I figure its a wash really, I dont claim my method is faster, I just stand by the idea that working by hand can be every bit as efficient and quick as working with electron. I keep and use power tools too, I just dont believe they are always the answer and for me, when I used to work almost exclusively by electron, I used to hate how almost every operation needed a different jig, and sometimes it seemed like I spent nearly as much time building jigs as I did building furniture. If you ask me Id rather build furniture.

Cheers
Oldwolf