What it does,it decreases the amount of Fatigue Damage you can take.
Yes it will bring down the fatigue life and the material will not endure at any point. Degrading nature of fatigue loading on the materials is compounded by the corrosion interaction. Synergistic damage - The damage will be more than the addition of damages due to corrosion and fatigue loading. The formation of intrusion and extrusion due to fatigue loading leads to the notches. The corrosion media will enter the notches and forms oxide with the base metal and it will be passive to further corrosion. But the fatigue loading will disturb the passive layer and facilitate the media to corrode the fresh material. Hence it will drastically decrease the fatigue life of the material.
Fernand Ellyin has written: 'Fatigue damage, crack growth, and life prediction' -- subject(s): Service life (Engineering), Materials, Fatigue, Fracture mechanics, Stress corrosion
Herbert Hugh Copeland has written: 'Some experiments on cumulative fatigue damage'
Anorexia causes malnutrition and all of the symptoms that it brings, including hair loss, fatigue, skin discoloration, and nerve damage.
P. S. Maiya has written: 'Creep-fatigue life prediction for different heats of type 304 stainless steel by linear-damage rule, strain-range partitioning method, and damage-rate approach' -- subject(s): Creep, Fatigue, Materials, Stainless Steel, Steel, Stainless, Strains and stresses
Fatigue,excessive speed and distracrion
Anemia, weakness, fatigue, red-sore tongue, nerve degeneration Nerve degeneration is nerve damage or neuropathy.
eLASTIC FATIGUE IS A FATIGUE CAUSED BY ELASTICITY
Nerve damage, Bell's palsy, severe Arthritis, chronic fatigue, extreme mood swings, cognitive disorders, inflammation of joints, frequent headaches, and difficulty sleeping.
"The small girl died of fatigue." Is a sentence using fatigue.
There are different forms of fatigue. The most common ones include metabolic fatigue, muscular fatigue, energy depletion and fatigue of the nervous system.