The book, intended for extensive use by engineers who design and develop new precision components, pays particular attention to the design of components which have to withstand variable loading during their service life. Illustrative examples are used to describe the procedure to be followed when designing components for fatigue loading and quantitative comparisions are given between the strength characteristics of PM steels and those of forged and cast ferrous alloys. Theoretical and experimental methods are outlined for use in dimensioning, as well as ways of achieving increased fatigue strength
For a fatigue design of cast components of magnesium alloys AZ 91 HP, AM 50 HP and AM 20 HP strain a...
For the design of screwed components, information about static pulI-out and fatigue behaviour are re...
For the fatigue design of high quality cast components the information about service loading, geomet...
The development of fatigue loaded PM parts requires knowledge of material related design data such a...
This paper presents design relevant material data like S-N curves, effect of notches and mean stress...
The development of advanced materials and processes is enabling powder metallurgy (PM) to win more b...
The fatigue behaviour under complex variable amplitude loading cannot be simply assessed by knowledg...
The development of advanced meterials and processes is enabling powder metallurgy (PM) to win more b...
Optimum dimensioning of components presupposes a knowledge of the stresses encountered under represe...
In general, the development of fatigue loaded PM' parts requires the knowledge of material-related d...
The increasing implementation of sintered steel parts for highly loaded engine and gear-box applica-...
This text is an extension of notes from courses first given during the 1990-ies for engineers employ...
Fatigue Design is a collection of research presented at the 1993 International Symposium on Fatigue ...
This work presents a design approach that links fatigue resistance of cast steel component to permis...
This paper is devoted to design of metallic parts exposed to low cycle fatigue. Two flat discs, as r...
For a fatigue design of cast components of magnesium alloys AZ 91 HP, AM 50 HP and AM 20 HP strain a...
For the design of screwed components, information about static pulI-out and fatigue behaviour are re...
For the fatigue design of high quality cast components the information about service loading, geomet...
The development of fatigue loaded PM parts requires knowledge of material related design data such a...
This paper presents design relevant material data like S-N curves, effect of notches and mean stress...
The development of advanced materials and processes is enabling powder metallurgy (PM) to win more b...
The fatigue behaviour under complex variable amplitude loading cannot be simply assessed by knowledg...
The development of advanced meterials and processes is enabling powder metallurgy (PM) to win more b...
Optimum dimensioning of components presupposes a knowledge of the stresses encountered under represe...
In general, the development of fatigue loaded PM' parts requires the knowledge of material-related d...
The increasing implementation of sintered steel parts for highly loaded engine and gear-box applica-...
This text is an extension of notes from courses first given during the 1990-ies for engineers employ...
Fatigue Design is a collection of research presented at the 1993 International Symposium on Fatigue ...
This work presents a design approach that links fatigue resistance of cast steel component to permis...
This paper is devoted to design of metallic parts exposed to low cycle fatigue. Two flat discs, as r...
For a fatigue design of cast components of magnesium alloys AZ 91 HP, AM 50 HP and AM 20 HP strain a...
For the design of screwed components, information about static pulI-out and fatigue behaviour are re...
For the fatigue design of high quality cast components the information about service loading, geomet...