|
Date |
Whats
Been Happening |
|
6 June 2000 |
HULL MOULD STRINGERS - Removed all the screws holding the bow
stringers, and centrepunched all the nails under the stringer
surface to save the hand plane. Gave all the stringers a
quick longboarding to remove and hardspots when attaching the
plywood skin. Tidied up the stem area where a couple of stringers
ended up breaking under the tensions, and added a bit more wood
to give us something to work the stem area into shape with. |
|
5 June 2000 |
HULL
MOULD STRINGERS - Attached all of the hull bottom and topside
stringers. Between
the chine and centreline the stringers were spaced 50 - 80 mm
apart. Along the topsides only three stringers were used, 1 along
the chine line, 1 in the centre and 1 along the inside edge of
the gunnale. The stringers were attached using epoxy glue, and
were nailed in place using long panel pins and a smallish hammer.
We were being a bit careful on the hull mould after having had
problems with the stringers being pulled in too much when using
screws on the foredeck mould. Up
the front sections of the hull mould, screws were required to
attach the stringers because of the large twist and bend. A number
of short stringers were added in this section to help in fairing
in the stem area. The stringers on the hull mould have lined
up very well, the benefits of the CNC cut frames and accurate
waterlines should hopefully make fairing the mould a lot easier. |
|
4 June 2000 |
HULL FRAMES - This is the day everything started looking like
a boat. After a couple of hours setting up the dumpy level under
a cover sheet to keep of the rain we were ready to stand up,
and level in place all of the hull frames. Basic procedure is,
starting at the front of the boat (far end from the level) line
up the centre of the frame with the centre string line on the
building frame. Then insert wedges under each side of a frame
and raise/lower the frame until the waterline marks on the frames
match the cross hairs on the level. Clamp, then screw the frame
in place against the uprights. And then keep moving onto the
other frames.
     |
|
3 June 2000 |
 HULL
FRAMES - Started standing the hull mould frames up. The
hull frames are attached to 16mm chipboard uprights.The uprights
are beveled at the same angle as the building frames taper to
let the frame set flat. The uprights are initially clamped, leveled
with a spirit level, and then screwed in place. |
|
1 June 2000 |
HULL FRAMES - Finished sealing all of our hull frames, and
have marked up the building base with the frame offsets. Have
had a slight problem where we have two identical frames, and
one missing, hopefully will have a replacement frame cut today.
DECK MOULDS - Applied another two coats of release wax, starting
to get a good shine building up. Will leave the rest of the polishing
to Graham who is arriving this weekend... |
|
31 May 2000 |
HULL
FRAMES - Cleaned up the router edge on the hull frames, and coated
1 side of the frames with timber sealer. |
|
30 May 2000 |
AGM - Auckland Javelin Squadron AGM - No work on the boats tonight. |
|
29 May 2000 |
HULL FRAMES - Dave and Peter Goody from Unitec worked hard
till 9pm and managed to cut out all the hull frames on the CNC
machine. Was a surprise to see Dave turn up at 9.30pm with his
car full of frames, but no surprise that the car was only inches
off the ground from the weight.
AGM BOOKS - Didn't get much else done, as we were putting
together the Auckland Javelin Squadron financial report for Tuesday
nights AGM. Managed to balance the books, and find $600 lost
in accounting trickery last year. |
|
28 May 2000 |
 BUILDING
FRAME - Leveled up the building frame. Lifted the frame off the
ground onto blocks and then packed each corner with plywood strips
until the frame became level. Frame was leveled using long straightedges
and spirit levels. Bolted on six legs, double checked the level
and then epoxy bogged the legs to the concrete floor. The frame
will remain bogged in place until the hull mould is completed.
DECK
MOULDS - Applied another 4 layers of mould release wax.
HULL - Made up a test sample of the hull sides using 2 layers
of 200gm eGlass, 10mm Herex Foam Core and 1 layer of 200g eGlass.
Completed side thickness is 11mm. |
|
27 May 2000 |
BUILDING FRAME - Starting to put the building centreline and
hull frame spacings onto the garage floor. Started by sweeping
out the garage and then throwing a few buckets of water down
and washing the concrete floor. Found the final resting place
for the building frame. Moved a few benches around to give us
more working room around the frame. Painted a white stripe up
the floor so we can transfer a decent centreline onto the floor.
DECK
MOULDS - Unscrewed the foredeck and sidedeck moulds, and coated
all of the exposed surfaces with a timber sealer. This should
help resist mould movement over time. Cut and polished the foredeck
mould surface, and managed to get two coats of release wax on
it. Went out to watch the mighty Crusaders beat some Australian
team for the Super 12 finals. |
|
26 May 2000 |
 HULL
FRAMES - Dropped of a trailer load of chipboard to Unitec for
cutting the hull frames. All of the CAD frames have been transferred
onto the Unitec CNC cutter and are awaiting a time when they
can be cut, we hope they will be ready for next weekend.
CUTTING
PROCESS: The CAD image is translated into a X,Y and movement
format for the CNC machine. This is displayed on the machines
console for checking. Following that the chipboard is placed
on the cutting bed. The board is held down using suction pads,
these pads are manually located to ensure they are not in the
cutting path. The machine is then turned on, it selects its cutting
tool and then goes to work. We cut out the transom frame as a
quick test, this takes about 2 minutes once the machine has been
programmed and is a pretty impressive feat. The CNC machine also
scribes in a centreline, and reference waterline onto each frame
as well as scribing in the frame number.
Another Friday night, strange desire to drink a bit of water
on Saturday morning.
|
|
25 May 2000 |
BUILDING FRAME - Coach bolted and epoxy glued the Building frame
together. |