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材料力学研究室（岩本剛研究室） Laboratory of Mechanics of Materials (Takeshi Iwamoto Laboratory)
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#author("2021-03-19T01:02:57+00:00","","")
#author("2021-03-19T01:03:46+00:00","","")
[王 毓博]
In this study, to evaluate the strain rate sensitivity of deformation behavior in SUS304 as well as its fracture mode, the SP test and tensile test at different deformation rate would be carried out. The fracture mode of specimen after tests at different deformation rate will be observed by SEM(Scanning Electron Microscope).
Results
|>|&ref(input and out put wave.png);|
Fig. 1. The voltage of input wave and output wave.
|>|&ref(直流电位差.png);|
Fig. 2. DC potential difference result.
|>|&ref(4重积分.png);|
Fig. 3. The fourth derivative of approximated wave.
|>|&ref(应力应变图.png);|
Fig. 4. Stress-Strain curve of SHPB.
|>|&ref(J积分.png);|
Fig. 5. J-Integral.
- 追加された行はこの色です。
- 削除された行はこの色です。
- WANG へ行く。
- WANG の差分を削除
#author("2021-03-19T01:02:57+00:00","","") #author("2021-03-19T01:03:46+00:00","","") [王 毓博] In this study, to evaluate the strain rate sensitivity of deformation behavior in SUS304 as well as its fracture mode, the SP test and tensile test at different deformation rate would be carried out. The fracture mode of specimen after tests at different deformation rate will be observed by SEM(Scanning Electron Microscope). Results |>|&ref(input and out put wave.png);| Fig. 1. The voltage of input wave and output wave. |>|&ref(直流电位差.png);| Fig. 2. DC potential difference result. |>|&ref(4重积分.png);| Fig. 3. The fourth derivative of approximated wave. |>|&ref(应力应变图.png);| Fig. 4. Stress-Strain curve of SHPB. |>|&ref(J积分.png);| Fig. 5. J-Integral.