際際滷

際際滷Share a Scribd company logo
Starkey

(The Ohio State University)

(1) Fail Evidences
(1) Elastic Deformation
(2) Plastic Deformation
(3) Fracture
(4) Changes in material
(1)
(2)
(3)
(4)

Metallurgical
Chemical
Nuclear
Random

Fail Modes
Starkey
(2)

(The Ohio State University)

Induce Agents of Fails
(1)

FORCE
(1)
(2)
(3)
(4)

(2)

TIME
(1)
(2)
(3)

(3)

Very short
Short
Long

TEMPERATURE
(1)
(2)
(3)
(4)
(5)
(6)
(7)

(4)

Steady-state
Transient
Cyclic
Random

Low
Room
High
Steady-state
Transient
Cyclic
Random

REACTIVITY WITH ENVIRONMENT
(1)
(2)

Chemical
Nuclear

Fail Modes
Starkey

(The Ohio State University)

(3) Site of Fails
(1) BULK
(2) SURFACE

Fail Modes
PRATICAL FAIL MODES
(1) Elastic Deformation induced by force
and/or temperature
(2) Yielding
(3) Brinnelling
(4) Ductile Fracture
(5) Brittle Fracture

Fail Modes
PRATICAL FAIL MODES
(6) Fatigue
(1) Low-cycle Fatigue
(2) High-Cycle Fatigue
(3) Thermal Fatigue
(4) Surface Fatigue
(5) Impact Fatigue
(6) Corrosion-fatigue
(7) Fretting

Fail Modes
PRATICAL FAIL MODES
(7) Corrosion
(1) General
(2) Localized (selective)
(3) Galvanic
(4) Crevice
(5) Pitting
(6) Inter-granular
(7) Biological
(8) Stress Corrosion Cracking

Fail Modes
PRATICAL FAIL MODES
(8) Wear
(1) Adhesive
(2) Abrasive
(3) Tribo-chemical reactions
(4) Surface Fatigue

Fail Modes
PRATICAL FAIL MODES
(9) Impact
(1) Fracture by impact
(2) Deformation by impact
(3) Wear by impact
(4) Fretting by impact
(5) Fatigue by impact

(9) Fretting
(1) Fatigue by fretting
(2) Wear by fretting
(3) Corrosion by fretting

Fail Modes
PRATICAL FAIL MODES
(11) Creep
(12) Thermal Shock
(13) Damage by radiation
(14) Bending

Fail Modes
PRATICAL FAIL MODES
(11) Creep
(12) Thermal Shock
(13) Damage by radiation
(14) Bending

Fail Modes

More Related Content

Fail modes

  • 1. Starkey (The Ohio State University) (1) Fail Evidences (1) Elastic Deformation (2) Plastic Deformation (3) Fracture (4) Changes in material (1) (2) (3) (4) Metallurgical Chemical Nuclear Random Fail Modes
  • 2. Starkey (2) (The Ohio State University) Induce Agents of Fails (1) FORCE (1) (2) (3) (4) (2) TIME (1) (2) (3) (3) Very short Short Long TEMPERATURE (1) (2) (3) (4) (5) (6) (7) (4) Steady-state Transient Cyclic Random Low Room High Steady-state Transient Cyclic Random REACTIVITY WITH ENVIRONMENT (1) (2) Chemical Nuclear Fail Modes
  • 3. Starkey (The Ohio State University) (3) Site of Fails (1) BULK (2) SURFACE Fail Modes
  • 4. PRATICAL FAIL MODES (1) Elastic Deformation induced by force and/or temperature (2) Yielding (3) Brinnelling (4) Ductile Fracture (5) Brittle Fracture Fail Modes
  • 5. PRATICAL FAIL MODES (6) Fatigue (1) Low-cycle Fatigue (2) High-Cycle Fatigue (3) Thermal Fatigue (4) Surface Fatigue (5) Impact Fatigue (6) Corrosion-fatigue (7) Fretting Fail Modes
  • 6. PRATICAL FAIL MODES (7) Corrosion (1) General (2) Localized (selective) (3) Galvanic (4) Crevice (5) Pitting (6) Inter-granular (7) Biological (8) Stress Corrosion Cracking Fail Modes
  • 7. PRATICAL FAIL MODES (8) Wear (1) Adhesive (2) Abrasive (3) Tribo-chemical reactions (4) Surface Fatigue Fail Modes
  • 8. PRATICAL FAIL MODES (9) Impact (1) Fracture by impact (2) Deformation by impact (3) Wear by impact (4) Fretting by impact (5) Fatigue by impact (9) Fretting (1) Fatigue by fretting (2) Wear by fretting (3) Corrosion by fretting Fail Modes
  • 9. PRATICAL FAIL MODES (11) Creep (12) Thermal Shock (13) Damage by radiation (14) Bending Fail Modes
  • 10. PRATICAL FAIL MODES (11) Creep (12) Thermal Shock (13) Damage by radiation (14) Bending Fail Modes