Engineering Materials: Properties and Selection |
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Page 243
... temperature for a particular steel depends on the composi- tion of the steel and the desired properties . As can be seen in Figure 7-12 , temper- ing has an effect on tensile strength , ductility , hardness , and impact strength . Most ...
... temperature for a particular steel depends on the composi- tion of the steel and the desired properties . As can be seen in Figure 7-12 , temper- ing has an effect on tensile strength , ductility , hardness , and impact strength . Most ...
Page 245
... temperature ; by the time a marten- sitic steel reaches the annealing temperature , most of the carbon that was trapped in martensite has diffused out . At the annealing temperature the structure transforms to austenite , and all the ...
... temperature ; by the time a marten- sitic steel reaches the annealing temperature , most of the carbon that was trapped in martensite has diffused out . At the annealing temperature the structure transforms to austenite , and all the ...
Page 247
... temperature is a subject of many different opinions , but if the part is at temperature ( as measured by a thermocouple on the part ) for at least 1 hour , this is usually adequate . Other Heat Treatments The processes discussed to this ...
... temperature is a subject of many different opinions , but if the part is at temperature ( as measured by a thermocouple on the part ) for at least 1 hour , this is usually adequate . Other Heat Treatments The processes discussed to this ...
Contents
PROPERTIES AND SELECTION | 19 |
PRINCIPLES OF POLYMERIC MATERIALS | 53 |
ENGINEERING PLASTICS POLYMERIC COATINGS | 136 |
Copyright | |
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abrasion addition alloys aluminum anode applications ASTM atoms attack austenitic bond brass bronze carbide carbon cast cause ceramics characteristics chemical chromium coatings common compared composites concentration contain copper copper alloys corrosion corrosion resistance cost cracking discussed effect electrical electrons elements engineering environments example factor failures Figure filler finish glass grades hardening hardness heat higher important industry involves iron less limit machine magnesium material measured mechanical melting metal mold nature needed nickel occur operations oxide phase plastics plating polymer prevent problems produce properties pure quench range reducing reinforcement resistance selection shapes sheet shown silicon similar solution specific stainless steels strength stress structure surface Table techniques temper temperature tensile strength thermal thickness tion titanium tool steels treatments types typical usually various wear welding widely zinc