RL Woodworx & Design

RL Woodworx & DesignRL Woodworx & DesignRL Woodworx & Design

RL Woodworx & Design

RL Woodworx & DesignRL Woodworx & DesignRL Woodworx & Design
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Welcome to the Assorted Engineering Page

Projects shown are school assignments and engineering adjacent personal projects from over the years.

C.A.M. RC Buggy Design - Senior Year (Wentworth Spring 2022)

360 Degree Motion Study of Full Assembly

Built entirely from a SolidWorks (SW) assembly model using hand (DRO assisted) and NC milling, created using SW CAM function, as well as hand (DRO assisted) lathe work. Machined by a team, consisting of two other BSME students and myself, during the second half of Computer Aided Manufacturing (Manf. 2000).

  1. All body components, wheels, axles, accessory components made from machined aluminum.
  2. "Motor Spacer" made of resin, cast using a 3 axis (NC path) cut wax mold
  3. "Motor Pin" made from soft brass (ends mushroomed over in place)
  4. "Track Sections" 3D printed (not enough printed in time for final Assembly)
  5. Two motors, battery pack, controller supplied by professor

Yes, it was very heavy, and no, the motors were not strong enough to move it.

Drawings

    Finished Buggy

    Garage Dividing Dust Curtain

      Completed: June 22, 2020

      Purpose:  During lockdown and my first Co-op (2 online training classes due to  Covid-19 lockdown) I began spending much more time in the workshop, almost every day, thus creating much more dust.  Space is already tight meaning I can't fit a true dust collection system so this was my solution to keeping dust from getting to the rest of the garage.

      Materials List:

      • 9 yards - 30 gouge marine vinyl (3x ~7.5' lengths, 54" width)
      • ~155" of CPVC pipe (top edge - provides structure)
      • ~155" of galvanized thick wall electrical conduit (bottom edge - for weight)
      • ~8' of rope
      • 42x (small bolt, washer {vinyl} washer, nut) 
      • 5x (2.5") screw eyes
      • 2x (1/4" - 3/8") eye rope clamps
      • 1x (2") pulley
      • 1x (1/4") anchor shackle

      Clock Escapement Design - Freshman Year (Wentworth Spring 2018)

        Bug Raising - Glove Box

        Constructed in September of 2016, for a Science Research project intended to contain hatching fly larva.

        Example of several identical experiment boxes created to house adult flies on the opposite side of a sealed trap door until opened.

        Laboratory grade - chemical resistant gloves used to provide maximum reach to rear of box, as well as prevent contact through glove.

        Small two way air pump intended to be used in coordination with valves. By opening first valve flies could be sucked into tube then blown out.

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