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7/21/2019 Examination Ncees in Word http://slidepdf.com/reader/full/examination-ncees-in-word 1/3 1 NCEES Principles and Practice of Engineering Examination METALLURGICAL AND MATERIALS Exam Specifications Effectie !eginning "it# t#e $cto%er &'() Examinations The exam is an 8-hour open-book exam. It contains 40 multiple-choice questions in the 4-hour morning session, and 40 multiple-choice questions in the 4-hour afternoon session. Examinee  orks all questions. The exam uses both the International !"stem of #nits $!I% and the #! &ustomar" !"stem $#!&!%. The exam is de'eloped ith questions that require a 'ariet" of approaches and methodologies,  including design, anal"sis, and application. The knoledge areas specified as examples of kinds of knoledge are not exclusi'e or exhausti'e categories. The exam includes questions independent of the t"pe of material as ell as questions related to specific materials. The numbers of material-specific questions are distributed as follos( )errous *0+0 -onferrous +/ ol"mers and pol"mer composites +0 &eramics and ceramic composites +0 1ther materials +* Approximate N*m%er of +*estions I. Str*ct*re (&  2. &r"stal structures of metals, ceramics, and pol"mers, including imperfections or defects in solids $e.g., 'acancies, interstitials,  substitutional atoms, dislocations, tins, stacking faults, phase boundaries% 3. iffusion &. )ractograph" $asm metal handbook 566-55...,failure anal"sis /5-*47 *692!T: &*//- 0/9..&E;2:I&! &2;TE; *//-*/92!: <1= / //4/-//809metallograph" principles 454- 4559metallograph" and microstructure asm 'ol 5 *-*89material design and engineering 6..76../% . :aterials chemistr"9:aterial chemistr" book, fahlman E. :etallograph" $microstructure7macrostructure%, including microstructural  standards and specifications... metallograph" principles all9.metallograph" and microstructure asm 'ol 5 all ). hase diagrams.. asm metal handbook 6/-//0 II. Properties (,  2. &hemical anal"sis techniques $e.g., 1E!, E!%.. material chemistr" bradel" &>2TE;-6 92!: metal handbook /*/6-/*8/92!: 'ol 0 all 3. :etallic and nonmetallic coatings

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NCEES Principles and Practice of Engineering Examination

METALLURGICAL AND MATERIALS Exam Specifications

Effectie !eginning "it# t#e $cto%er &'() Examinations

• The exam is an 8-hour open-book exam. It contains 40 multiple-choice questions in the 4-hour 

morning session, and 40 multiple-choice questions in the 4-hour afternoon session. Examinee 

 orks all questions.

• The exam uses both the International !"stem of #nits $!I% and the #! &ustomar" !"stem $#!&!%.

• The exam is de'eloped ith questions that require a 'ariet" of approaches and methodologies, 

including design, anal"sis, and application.

• The knoledge areas specified as examples of kinds of knoledge are not exclusi'e or exhausti'e 

categories.

• The exam includes questions independent of the t"pe of material as ell as questions related to 

specific materials. The numbers of material-specific questions are distributed as follos(

)errous *0+0

-onferrous +/

ol"mers and pol"mer composites +0

&eramics and ceramic composites +0

1ther materials +*

Approximate

N*m%er of +*estions

I. Str*ct*re (& 2. &r"stal structures of metals, ceramics, and pol"mers, including

 

imperfections or defects in solids $e.g., 'acancies, interstitials, 

substitutional atoms, dislocations, tins, stacking faults, phase boundaries%

3. iffusion

&. )ractograph" $asm metal handbook 566-55...,failure anal"sis /5-*47 *692!T: &*//-

0/9..&E;2:I&! &2;TE; *//-*/92!: <1= / //4/-//809metallograph" principles 454-

4559metallograph" and microstructure asm 'ol 5 *-*89material design and engineering

6..76../%

. :aterials chemistr"9:aterial chemistr" book, fahlmanE. :etallograph" $microstructure7macrostructure%, including microstructural

 

standards and specifications... metallograph" principles all9.metallograph" 

and microstructure asm 'ol 5 all

). hase diagrams..asm metal handbook 6/-//0 

II. Properties (, 2. &hemical anal"sis techniques $e.g., 1E!, E!%.. material chemistr" bradel" &>2TE;-6 92!:

metal handbook /*/6-/*8/92!: 'ol 0 all

3. :etallic and nonmetallic coatings

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&. >igh-temperature beha'ior $thermal stabilit", creep, and stress rupture%.. 2'ner ch-*

. =o-temperature and cr"ogenic beha'ior

E. :aterials standards and specifications

). :echanical beha'ior of composites and heterogeneous material

?. h"sical properties $e.g., densit", thermal conducti'it", &TE%

>. ;outine $e.g., hardness, tensile, impact% and speciali@ed $e.g., fatigue, 

fracture toughness, high temperature% mechanical testing

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III. Processing &- 2. Elastic7plastic deformation and bulk forming $e.g., rolling, forging, extruding%

3. &asting $e.g., sand, die, in'estment%

&. &oating applications $e.g., thermal spra"s, paints, 'apor, electroplating, 

gal'ani@ing%

. &old ork and annealing

E. iffusion treatment $e.g., carburi@ation%

). >eat transfer

?. >eat treatment and thermal treatments $e.g., flame or induction hardening%

>. AoiningBbra@ing and soldering

I. AoiningBelding

A. hase transformations and other strengthening mechanisms for metals

C. oder processing $e.g., pressing, sintering%

=. !tandards and specifications for processing

:. Toughening mechanisms for ceramics

. !trengthening mechanisms for pol"mers and reinforced pol"mers

1. Industrial safet" practices

IV. Performance &. 2. &orrosion mechanisms $e.g., cre'ice, gal'anic, pitting, :I&%

3. &orrosion7en'ironmental compatibilit" 

&. Electrochemistr" 

. En'ironmental test methods $e.g., corrosion testing, aging testing%

E. En'ironmentall" assisted cracking $e.g., h"drogen, !&&, =:E%

). )ailure anal"sis

?. )atigue anal"sis

>. )itness for ser'ice, life prediction and modeling, and life extension

I. )racture mechanics

A. >igh-temperature degradation $e.g., oxidation, creep, corrosion, microstructure

alterations, metal dusting% and temperature, radiation, and other en'ironmentalcompatibilities

C. :echanical performance

=. ondestructi'e testing $T% $e.g., radiograph", ultrasonic, penetrant%

:. erformance standards and specifications. !tatistical qualit" control methods

1. !tates of stress $e.g., tensile, compressi'e, bending, shear, biaxial, plane strain%

. Dear mechanisms $e.g., erosion, fretting, abrasi'e, adhesi'e, galling%