Bøger af Michael Trzesniowski

How to properly use layout, construction and materials as a prerequisite for racing cars A detailed look at chassis set-up, racing engines, aerodynamics: What makes the difference between a racing car and a passenger car? How the right data collection/analysis and voting decide about victory and defeat

In this book, the reader learns the essential differences to the passenger car through the analysis divided according to assemblies. This gives him the tools to apply the detailed knowledge he has acquired to the design and development of competition vehicles. The chassis determines the driving behaviour and thus the "DNA" of a racing vehicle like no other assembly. Starting with the tyre - the decisive mechanical component - all the components of the wheel suspension including steering and braking system are presented and discussed. The focus is on the double wishbone and suspension strut axles. The design of wheel suspensions starts with kinematic considerations, leads via component design to considerations of the vehicle dynamics. Ultimately, the maximum forces of the tires in the transverse and circumferential directions are to be exploited while keeping the vehicle controllable. Due to the detailed, in-depth presentation, the work is just as suitable for the interested motorsport enthusiast as it is for the engineer in practice who is dealing with questions relating to racing suspensions. The formula material is prepared in such a way that the book can also be used as a reference work.

In this book, the reader learns the essential differences to the passenger car through the analysis divided according to assemblies. This gives him the tools to apply the detailed knowledge acquired to the design and development of competition vehicles. The course for a successful car is set in the concept phase. For this reason, it is given a lot of space and associated design-related areas such as the choice of materials, lightweight construction, design principles, reliability, etc. are discussed. When considering the vehicle as a whole, however, safety systems (rollover device, crash elements, restraining ropes), the cockpit (driver position, seat with restraint system, steering wheel, gearshift, pedal system), the frame or monocoque, the outer skin and aerodynamic devices (ventilation, aerodynamic drag, downforce) must not be omitted. The detailed, in-depth presentation makes the work just as suitable for the interested motorsport enthusiast as it is for the engineer witha practical interest in questions relating to the complete vehicle. The formula material is prepared in such a way that the book can also be used as a reference work. .

In this book, the reader learns the essential differences to the passenger car through the analysis divided according to assemblies. This gives him the tools to apply the detailed knowledge acquired to the design and development of competition vehicles. In the case of internal combustion engines, the focus is on performance-enhancing measures for racing vehicles. From the choice of the number of cylinders to the intake system to the exhaust system, the lever can be applied to every assembly. For electric drives, the traction battery, cell selection, cooling and operating strategy are considered in more detail. Energy recovery systems are an interesting enhancement for hybrid vehicles and all-electric powertrains, especially in strategic considerations for racing. Finally, gearboxes are needed independently of the drive source, albeit matched to it, so that the full potential can be exploited. The detailed, in-depth presentation makes this work just as suitable for the interested motorsport enthusiast as it is for the engineer in the field who is addressing the issues surrounding race car powertrains. The formula material is prepared in such a way that the book can also be used as a reference work.

In diesem Buch lernt der Leser die wesentlichen Unterschiede zum Pkw durch die nach Baugruppen aufgeteilte Analyse kennen. So erhält er das Rüstzeug, die erworbenen detaillierten Kenntnisse in die Konstruktion und Entwicklung von Wettbewerbsfahrzeugen einzubringen. Das Fahrwerk bestimmt wohl wie keine andere Baugruppe das Fahrverhalten und damit die "DNA" eines Rennfahrzeugs. Beginnend beim Reifen - dem entscheidenden mechanischen Bauteil - werden alle Bauelemente der Radaufhängung inklusive Lenkung sowie Bremsanlage vorgestellt und besprochen. Der Schwerpunkt liegt auf den Doppelquerlenker- und Federbeinachsen. Die Konstruktion von Radaufhängungen beginnt mit kinematischen Betrachtungen, führt über Bauteilauslegung zu fahrdynamischen Betrachtungen des Gesamtfahrzeugs. Letztendlich sollen die Maximalkräfte der Reifen in Quer- und Umfangsrichtung ausgeschöpft werden und das Fahrzeug dabei beherrschbar bleiben. Durch die detaillierte, in die Tiefe gehende Darstellung ist das Werk für den interessierten Motorsport-Enthusiasten ebenso geeignet wie für den in der Praxis stehenden Ingenieur, der sich den Fragen rund um Rennfahrwerke zuwendet. Das Formelmaterial ist so aufbereitet, dass das Buch auch als Nachschlagwerk eingesetzt werden kann.

Als beispielorientierte Einfuhrung wie als praxisgerechtes Nachschlagewerk bestens bewahrt und geeignet. Das Buch zeigt topaktuell die sinnvollen Arbeitsschritte unter Nutzung der neuesten Releasestande. Die Starke des Buches sind die Beispiele sowie die hohe Effizienz fur den Anwender in der Praxis. Es erlautert in bewusst knapper Form die Befehlsstruktur und fuhrt anhand von dokumentierten Beispielen in die praktische Anwendung ein. Fur Ein- und Umsteiger ebenso wie fur den erfahrenen Praktiker. Als beispielorientierte Einfuhrung wie als praxisgerechtes Nachschlagewerk bewahrt und geeignet. Erganzend zum Buch verfugbar: http://fahrzeugtechnik.fh-joanneum.at/CAD-Buch/