Muvies En Espanol Free Del2009

Resistance efforts counterweight material

gum, elastic, are materials describing a kind of round trip, without permanent deformation. The spring, meanwhile, is an object that absorbs and returns. The daily gas chair, with its buffer, suspending the body in balance.

Gathering, resistance, push

We present the implication of a sort of bellows tension, resists pesos. Items to be collected, as the bow and arrow, catapult, are examples of using the absorption of loads as momentum.

A familiar figure in structures, is the graph of stress and strain, which describes a curve. With slight variations, there is usually a figure like the picture above, from the proportionality at the beginning of creep. Picking

systems such as the bow, slingshot, catapult, they have two main bodies: a state of tension or stretch up, and picked up with violence, which is used as an impetus, or projection. Schemes

force: the chair and the tetrahedra Addressing types of boats, on paper, I have been studying folds, looking livelihoods: the resistance has to do with the support of singing, and having "double thickness" in key parts: a kind of depth, more harshly, which can assimilate a skeleton or fixed structure of a building. Tetrahedrons, to be deformable, and respond to the angles of turns, work as a form of support.

studies of applied loads on a form

With a shape similar to the prototype coil lift, above, looking triangular support. Seeking a tension, which supports movements. This prototype, and is based on a central twist, which keeps a verticality.

http://vladimirbrontis.blogspot.com/2010/02/el-detalle-en-arquitectura.html A triangle falls if no counterweight, if not in tension.
With the idea of \u200b\u200bworking the plate, as construction system, think twice as thick and thin in thickness. Also, load the counterweight within the form.

the counterweight Supporting fold a paper boat at its base, is what underlies the way that seeks to project, trying to explore in the tetrahedra. The form that has developed me looks nice, harmonic, but drops a weight on the back. How well this load transfer to the ground? I thought that the efforts being heavier at the center, as a crucial meeting of forces.

Basically, give strength to the vertical, gravity. The intermediate state is presented in a manner consistent tetrahedra, to deploy the blade. Among the angles, the idea is as reinforce the vertical implied that produces balance.

Projecting a more habitable, more weight can be incorporated into the horizontal board, so it a counterweight to the backup.

The crucial point is the heart and the gathering, which must receive reinforcement.

figure as a profile graph may reveal places where the material can be heavier, and counterbalance possibilities. In construction, it is possible to understand this at the pre and post-tensioning, used in works such as the Torres Kio

(diagram left). To maintain the vertical is used to tension by cables from the top of the building to the opposite end of the slope (below).

Crane as building system

The counter-efforts can be seen in studies of Rodchenko, to maintain vertical. Finding it, they designed the prototype to be exposed. More information:

http://vladimirbrontis.blogspot.com/2009/12/obra-plastica-y-contexto_07.html

To support a horizontal plane on the ground, there is movement, which is sustainable and balanced.

So pesos slight differences between single and dual board structures stabilized, allowing the vertical. Well bear the brunt of a perfectly horizontal, that is what is proposed.

load is not transmitted to the floor with bracing, but through a tower, or vertically, in which efforts are balanced in the manner of Rodchenko. Just as the tower of Pisa has weight differences in the structure, it is possible to have a "body tension", which acts as a scale.

finally returns to the model that has been developing its support system. A seat that's an interesting challenge, because apart from supporting your weight, you must counter a heavy load.