Originalmente Colocado por DeCeIi
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Tu achas que é peta mas os self learning programmes das fábricas acham que não.
No caso do meu modelo específico algumas passagens de alguns componentes dos eixos por exemplo:
Rear axle
The rear axle is a major factor influencing the dynamic response
and driving stability of the vehicle. An important design criterion is
the self-steering behaviour of the axle when subjected to external
forces. The rear axle of the Audi A1 was designed with the aim of
achieving agile and sporty handling.
The vehicle displays virtually neutral handling when driven to
within its dynamic limits. A slight increase in toe-in during compression
helps to ensure a neutral response with a slight tendency
towards understeer when cornering. The anti-dive geometry
associated with this design concept has been further enhanced
by the use of elevated guide bearings. The car's handling can also be attributed to the newly developed guide bearings.
The rear axle is a major factor influencing the dynamic response
and driving stability of the vehicle. An important design criterion is
the self-steering behaviour of the axle when subjected to external
forces. The rear axle of the Audi A1 was designed with the aim of
achieving agile and sporty handling.
The vehicle displays virtually neutral handling when driven to
within its dynamic limits. A slight increase in toe-in during compression
helps to ensure a neutral response with a slight tendency
towards understeer when cornering. The anti-dive geometry
associated with this design concept has been further enhanced
by the use of elevated guide bearings. The car's handling can also be attributed to the newly developed guide bearings.
Swivel bearing
− Steel casting
− Mounts the damper via a
clamping device
− An optimal
1:1 ratio is achieved by directly
connecting the anti-roll bar to
the damper via a coupling rod
− Steel casting
− Mounts the damper via a
clamping device
− An optimal
1:1 ratio is achieved by directly
connecting the anti-roll bar to
the damper via a coupling rod
Transverse control arm− Single-shell shaped steel part with low weight and
high rigidity
− Precise steering response is achieved by connecting
the transverse control arm to the swivel bearing by
a ball joint
− The nonlinear characteristic of the rear transverse
control arm bearing provides good roll comfort by
maintaining low rigidity during small bearing
movements, thereby ensuring good response.
high rigidity
− Precise steering response is achieved by connecting
the transverse control arm to the swivel bearing by
a ball joint
− The nonlinear characteristic of the rear transverse
control arm bearing provides good roll comfort by
maintaining low rigidity during small bearing
movements, thereby ensuring good response.
Axle carrier− One-piece shell construction made
from high-strength steel
− It greatly enhances body rigidity
by providing for a very good force
fl ow
− An integrated transverse control
arm eff ectively absorbs the transverse
forces acting on the wheel
from high-strength steel
− It greatly enhances body rigidity
by providing for a very good force
fl ow
− An integrated transverse control
arm eff ectively absorbs the transverse
forces acting on the wheel
Uma coisa são plataformas. Outra coisa é o produto final. Dizer que um A4 e um Passat 2,0TDI têm o mesmo motor também é mentira. São diferentes. O bloco (base) e alguns componentes até podem ser os mesmos, mas são mais as diferenças que as igualdades.
Traduzindo por miudos. Podem sentar-nos os dois numa mesa de lego com a base de um carrinho já feita e dizerem-nos: "Acabem de acordo com as vossas premissas e valores". O meu produto vai ser diferente do teu, ainda que partilhem o mesmo chassis base. Na vida real isto traduz-se em segurança, dinamica, solidez, durabilidade, entre outros parâmetros que correlacionados correspondem a produtos diferentes sempre que os coeficientes se alteram. Até dentro do mesmo modelo tens carros diferentes, ainda dentro do exemplo da Audi um A5 e um S5 são iguais por fora mas diferentes por dentro, sendo que o S5 tem uma rigidez estrutural mais elevada para poder lidar com forças G superiores, ou a transferências de massa mais rápidas.
Mas pronto, as "petas" ficam para os teóricos que é mais bonito.
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