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analysis of technical problems
![](../bilder/headerLeiste.png)
![header machine elements](../bilder/headerMaschinenelemente.png)
Volume 1A
Problem analysis, lightweight design, high strength materials. Crack behaviour, fractures and its surfaces, remaining lifetime.
softcover, ca. 320 pages, ca. 150 images
Take a look at the book:
- foreword & table of content [pdf]
- reading: Introduction [pdf]
- reading: Reproduction of Failures and Damages [pdf]
- reading: From Machine Engineering to Lightweight Design [pdf]
- reading: Component Behaviour, Influenced by the Material [pdf]
Volume 1A: Get a copy of the book at the CreateSpace store.
![machine elements volume 1A Cover, Problem analysis, lightweight design, high strength materials. Crack behaviour, fractures and its surfaces, remaining lifetime.](bilder/volume1a.gif)
![machine elements volume 1A, Examples in which obviously important operation influences during design/development habe been ignored](bilder/volume1a-obviously_important_operation_influences.gif)
![machine elements volume 1A, Depending on the loads, engine parts can have very different weak points.](bilder/volume1a-engine_parts_can_have_very_different_weak_points.gif)
![machine elements volume 1A, The lightweight design has captured besides the application in the aviation, many fields of the machine engineering.](bilder/volume1a-lightweight_design_has_captured_many_fields.gif)
![machine elements volume 1A, Typical influences at the lifetime from a component/part.](bilder/volume1a-typical_influences_at_the_lifetime.gif)
![machine elements volume 1A, What is a failure causative fault? What is a 'technical scribing/incipient crack'?](bilder/volume1a-failure_causative_fault.gif)
![machine elements volume 1A, How high is the chance to identify and control/intercept a crack in time/before the part fails catastrophic?](bilder/volume1a-chance_to_identify_and_control_intercept_a_crack_in_time.gif)
Volume 1B
Effects of mechanical and thermal loads: Impact/shock, temperature, thermal fatigue, (dynamic) fatigue.
softcover, ca. 360 pages, ca. 170 images
Take a look at the book:
- foreword & table of content [pdf]
- reading: Effects and Mechanisms of the Operation Influences [pdf]
- reading: ‘Shocks’, Pressure Buffets and Pressure Waves in Liquids [pdf]
- reading: Dynamic Load and Dynamic Fatigue [pdf]
- reading: Dynamic Fatigue in the Fatigue Limit Range (HCF) [pdf]
Volume 1B: Get a copy of the book at the CreateSpace store.
![machine elements volume 1B Cover, Effects of mechanical and thermal loads: Impact/shock, temperature, thermal fatigue, (dynamic) fatigue.](bilder/volume1b.gif)
![machine elements volume 1B, Important applications of fracture mechanics](bilder/volume1b-important_applications_of_fracture_mechanics.gif)
![machine elements volume 1B, Containment technologies](bilder/volume1b-containment_technologies.gif)
![machine elements volume 1B, The influence of the operation conditions at the viscosity change of liquids is of high importance for the behaviour of the machine elements.](bilder/volume1b-influence_of_the_operation_conditions_at_the_viscosity_change_of_liquids.gif)
![machine elements volume 1B, Effects of a high energy impulse at a fluid filled tank.](bilder/volume1b-effects_of_a_high_energy_impulse.gif)
![machine elements volume 1B, Which indications show the designer, if with a LCF loaded machine element must be reckoned?](bilder/volume1b-lcf_loaded_machine_element.gif)
![machine elements volume 1B, If the damping necessary for safe operation is missing or lost during operation, the risk of dynamic fatigue fractures increases.](bilder/volume1b-damping_necessary_for_safe_operation.gif)
Volume 1C
Erosion (particles, liquids, cavitation). Corrosion (SCC). Embrittlement by (hydrogen, solid metal, liquid metal). Tribology (galling/seizing). Wear (fretting, slippage). Metal fire. Dust explosion. Electrical and magnetic effects.
softcover, ca. 350 pages, ca. 165 images
Take a look at the book:
- foreword & table of content [pdf]
- reading: Erosion [pdf]
- reading: Corrosion [pdf]
- reading: Failures Through Stress Corrosion Cracking (SCC) [pdf]
- reading: Damage Due to Hydrogen Embrittlement [pdf]
Volume 1C: Get a copy of the book at the CreateSpace store.
![machine elements volume 1C Cover, Erosion (particles, liquids, cavitation). Corrosion (SCC). Embrittlement by (hydrogen, solid metal, liquid metal). Tribology (galling/seizing). Wear (fretting, slippage). Metal fire. Dust explosion. Electrical and magnetic effects](bilder/volume1c.gif)
![machine elements volume 1C, Examples of machine elements at which dimensioning relevant particle erosion must be expected.](bilder/volume1c-dimensioning_relevant_particle_erosion.gif)
![machine elements volume 1C, Examples for machine elements which are potential
loaded by drop impact.](bilder/volume1c-potential_loaded_by_drop_impact.gif)
![machine elements volume 1C, Examples for cavitation damages at components from water containing fluid flow engines.](bilder/volume1c-cavitation_damages_at_components.gif)
![machine elements volume 1C, Examples for design conditioned corrosion and how it could be improved.](bilder/volume1c-design_conditioned_corrosion.gif)
![machine elements volume 1C, Accelerated erosion at the turbine blading through a reaction with dust melts.](bilder/volume1c-reaction_with_dust_melts.gif)
![machine elements volume 1C, Examples for metal combustion](bilder/volume1c-examples_for_metal_combustion.gif)