manufacturing process for engineering materials5e kalpakjian 솔루션 Up
manufacturing process for engineering
materials5e kalpakjian 솔루션 Up
manufacturing process for engineering materials5e kalpakjian 솔루션
기계제작, manufacturing process for engineering materials5e kalpakjian
Chapter 2
Fundamentals of the Mechanical
Behavior of Materials
Questions
2.1 Can you calculate the percent elongation of materials
based only on the information given in
Fig. 2.6? Explain.
Recall that the percent elongation is defined by
Eq. (2.6) on p. 33 and depends on the original
gage length (lo) of the specimen. From Fig. 2.6
on p. 37 only the necking strain (true and engineering)
and true fracture strain can be determined.
Thus, we cannot calculate the percent
elongation of the specimen; also, note that the
elongation is a function of gage length and increases
with gage length.
2.2 Explain if it is possible for the curves in Fig. 2.4
to reach 0% elongation as the gage length is increased
further.
The percent elongation of the specimen is a
function of the initial and final gage lengths.
When the specimen is being pulled, regardless
of the original gage length, it will elongate uniformly
(and permanently) until necking begins.
Therefore, the specimen will always have a certain
finite elongation. However, note that as the
specimens gage length is increased, the contribution
of localized elongation (that is, necking)
will decrease, but the total elongation will not
approach zero.
자료출처 : http://www.ALLReport.co.kr/search/Detail.asp?pk=11019786&sid=knp868group1&key=
[문서정보]
문서분량 : 100 Page
파일종류 : ZIP 파일
자료제목 : manufacturing process for engineering materials5e kalpakjian 솔루션
파일이름 : manufacturing process for engineering materials5e kalpakjian.zip
키워드 : 기계제작,manufacturing,process,for,engineering,materials5e,kalpakjian,솔루션
자료No(pk) : 11019786
manufacturing process for engineering materials5e kalpakjian 솔루션
기계제작, manufacturing process for engineering materials5e kalpakjian
Chapter 2
Fundamentals of the Mechanical
Behavior of Materials
Questions
2.1 Can you calculate the percent elongation of materials
based only on the information given in
Fig. 2.6? Explain.
Recall that the percent elongation is defined by
Eq. (2.6) on p. 33 and depends on the original
gage length (lo) of the specimen. From Fig. 2.6
on p. 37 only the necking strain (true and engineering)
and true fracture strain can be determined.
Thus, we cannot calculate the percent
elongation of the specimen; also, note that the
elongation is a function of gage length and increases
with gage length.
2.2 Explain if it is possible for the curves in Fig. 2.4
to reach 0% elongation as the gage length is increased
further.
The percent elongation of the specimen is a
function of the initial and final gage lengths.
When the specimen is being pulled, regardless
of the original gage length, it will elongate uniformly
(and permanently) until necking begins.
Therefore, the specimen will always have a certain
finite elongation. However, note that as the
specimens gage length is increased, the contribution
of localized elongation (that is, necking)
will decrease, but the total elongation will not
approach zero.
자료출처 : http://www.ALLReport.co.kr/search/Detail.asp?pk=11019786&sid=knp868group1&key=
[문서정보]
문서분량 : 100 Page
파일종류 : ZIP 파일
자료제목 : manufacturing process for engineering materials5e kalpakjian 솔루션
파일이름 : manufacturing process for engineering materials5e kalpakjian.zip
키워드 : 기계제작,manufacturing,process,for,engineering,materials5e,kalpakjian,솔루션
자료No(pk) : 11019786
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