From what we have learned from the group, lots of research experiments
were made in which most of them ended up being drastic failures for the sake of
finding a way on how to improve the flying ability of the lantern. Useful information
such as learning about the weight of the materials in relation with the lantern
had to be considered, in which they concluded that adding pieces of seaweed
ended up increasing the downward force of the flying vehicle when being lifted
in the air. At the end of the day, we left knowing that the amount of choices
we had on improving the lantern was very limited due to the increase rate of
risks having the paper material (of the lantern) being caught on fire. Learning
the ‘hard way’ through try outs and failures seemed to be the best appeal the
vehicle workshop had to provide in order for us to succeeding in making a
decent flying object.
Monday, 10 September 2012
Peer Review
The group we previously overviewed consisted of the making
of two vehicles, each joining from a landing point to another (Auckland and Waiheke);
ones function revolved around the use of non-renewable energy in order to
travel from one side to the other, while the other relied on renewable energy. The
first compulsory vehicle they used was a lantern that operated by the
combustion of hydrogen produced from the flames created underneath of the lantern.
Few modifications had to be made in order to improve the function ability of
the vehicle, including the idea of adding and removing parts of the object, as
well as distorting the shape of it. Materials such as seaweed and rice paper
had to be involved for the process of modifying it. As we got to the part of
testing the flying vehicle, the lantern unexpectedly caught fire and turned
into ashes within seconds after the incident. That resulted from the
distraction of the wind blowing the flames of the lantern too close from the actual
paper material. The second vehicle consisted of a generated hydro powered water
bottle attached from a horizontal rope (ones that connects to Auckland to its
destination) from one point to another. The idea of this vehicle worked by the
pressurized force applied within the bottle originated by an air pump, which
was then released once the bottle was as its maximum pressure load capacity,
creating a powerful forward force, dragging the vehicle in front in a very
quick motion. Although this idea was well thought, one major default could be spotted,
and that is the question on how does the vehicle keeps moving when no more
forces is being applied to the vehicle during its trajectory.
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