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By E.H. Dowell

ISBN-10: 9028604049

ISBN-13: 9789028604049

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Additional resources for Aeroelasticity of Plates and Shells (Mechanics: Dynamical Systems)

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These factors influence the battery mass and therefore the vehicle mass, center of gravity, driving characteristics and other factors. Together, the functional concept and the physical concept form the concept phase of a new product. In automotive development processes, the concept phase covers complex procedures that take into account a wide variety of influential boundary conditions and factors. The fourth stage handles the product design phase, which is directly dependent on the product concept phase.

Due to the different market requirements, the homologation of the vehicle is a long-term process. Therefore, the homologation is carried out with pre-series vehicles or series-near prototypes. Of course, these vehicles have to fulfill the homologationrelated specifications of series vehicles. The Homologation milestone denotes the end of the legal approval procedure. Product development ends with the Start of production (SOP) milestone. From this stage on, the manufacturing process is performed in the predefined time steps, and the targeted production volume is achieved.

The process depicted can be understood as a synthesized procedure which includes the main sections and milestones of a modern car development cycle. The nomenclature sometimes differs, but the major modules can be found in most development processes at car manufacturers around the world. Therefore, the processes displayed serve here as a basis for the description and discussion of modern development cycles in the automotive industry, but do not reflect an actual development procedure from a specific company.

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Aeroelasticity of Plates and Shells (Mechanics: Dynamical Systems) by E.H. Dowell

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