22,99 €
inkl. MwSt.
Versandfertig in 6-10 Tagen
11 °P sammeln
Andere Kunden interessierten sich auch für
![Diagnosis of the Induction Machine based on Finite Element Method]( "Diagnosis of the Induction Machine based on Finite Element Method")
Diagnosis of the Induction Machine based on Finite Element Method23,99 €![Finite Element Based Transient Dynamic Analysis]( "Finite Element Based Transient Dynamic Analysis")
Finite Element Based Transient Dynamic Analysis36,99 €![The methods of the synthesis of finite element model of the wing box]( "The methods of the synthesis of finite element model of the wing box")
The methods of the synthesis of finite element model of the wing box40,99 €![Finite element modeling of composites and sandwich laminates]( "Finite element modeling of composites and sandwich laminates")
Finite element modeling of composites and sandwich laminates44,99 €![Experimental Flight Test Management.Optimization procedures and FTT]( "Experimental Flight Test Management.Optimization procedures and FTT")
Experimental Flight Test Management.Optimization procedures and FTT36,99 €![A Highly Efficient Novel Finite Elements Family]( "A Highly Efficient Novel Finite Elements Family")
A Highly Efficient Novel Finite Elements Family45,99 €![Registration of model track data from camera and digital map]( "Registration of model track data from camera and digital map")
Registration of model track data from camera and digital map23,99 €
Experimental approach has always been considered as the standard for automotive design. At the present time, however, numerical simulations are constantly increasing their role during the design stage. Actually, this phase is more stressed by pressing external demands, such as pollution regulations, safety requirements, light-weight design in addition with the need to save on time and, in particular, on cost. However, only the combination of numerical analysis with different optimization techniques has led to impressive results. Since optimization is the action to achieve the best possible result, structural optimization can be easily defined as the research for the best configuration for the analyzed system in terms of one or more objectives and respecting several constraints. In the present work, the optimization has been applied to different automotive topics, ranging from high performance car to F1 components. Aim of the book is to present the most used optimizations with fewexamples on how to use them on real vehicle components.