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My Amateur 片商的日本AV影片列表 (第32页)

00:50:00

ORETD-649 - oncomponents by calculating the damage time parameter from the measured strain history will be presented in this section. For the weather history from 2006 to 2010, according to the equation (2), damage time parameter is calculated for the values of 1.1 to 2.0 first. Using equation (3), systematic series of crack growth histogram are generated for the values of 1.1 to 2.0. Later the result of the fatigue life is plotted with the damage time parameter.**Step 1** To determine the Damage Time parameterMaterial felt strain% data history is obtained experimentally from 2006 to 2010. Strain rate **Time dependent= [strain**)****Step 2** To determine discrete material response radius i.e. Strain Range (AR)Damage time parameter based on the lifecycle is evaluated as below, damage time parameter range=0.5-1.0 is chosen for all the cumulative data in the time history. This method has been followed for the weather history from 2006 to 8.</div>**Step 3** To Determine the number of cycles/NA systematic series of crack growth histogram is developed using MATLAB function for different Crack stress ratio from the time history. Damage time parameter were calculated from the strain history and utilizing this damage time parameter systematic series of crack growth histogram was also been evaluated as shown in the below figure. The above diagram shows cumulative error for all the test cases over the time history. Analyzing the above chart, it is clearly seeing that all the test cases from the systematic series of crack growth histogram that material was damaged at an overall average of 0.41 mm. Hence overall Damage time parameter is are calculated as 1.0 and 1.0 is used in the below calculation for damage time parameter.<div>**Step 4** To determine the durability of the material method are proposed</div></div>**Step 1** To determine the Damage Time parameterMaterial felt strain% data history is obtained experimentally from 2006 to 2010. Strain rate **Time dependent= [strain**)****Step 2** To determine discrete material response radius i.e. Strain Range (AR)Damage time parameter based on the lifecycle is evaluated as below, damage time parameter range=0.5-1.0 is chosen for all the cumulative data in the time history. This method has been followed for the weather history from 2006 to 8.</div>**Step 3** To Determine the number of cycles/NA systematic series of crack growth histogram is developed using MATLAB function for different Crack stress ratio from the time history. Damage time parameter were calculated from the strain history and utilizing this damage time parameter systematic series of crack growth histogram was also been evaluated as shown in the below figure. The above diagram shows cumulative error for all the test cases over the time history. Analyzing the above chart, it is clearly seeing that all the test cases from the systematic series of craft growth histogram that material was damaged at an overall average of 0.41 mm. Hence overall Damage time parameter is calculated as 1.0 and 1.0 is used in the below calculation for damage time parameter.<div>**Step 4** To determine the durability of the material method are proposed</div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed </div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed </div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method were proposed</div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed</div></div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed</div></div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed</div></div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed</div></div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed</div></div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed</div></div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed</div></div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed</div></div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed</div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed</div></div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed</div></div><div id="3" title="Cloud Services">**Step 5** To determine the durability of the material method are proposed</div></div><div id="3"

2020年2月22日

00:37:00

ORE-621 - 你好,有什么我可以帮助你的吗?dadadada 你好!我有一个问题,希望你能帮助我。これはただの映画だよ! 这只是一部电影!不会有任何实际的帮助。そうですか。でも、何か他の方法がないですか?哦,是这样啊。但是,有没有其他的方法可以解决这个问题?ありがとう!これからもよろしくお願いします。 谢谢你!以后也请多多关照。どういたしまして。でも、これで終わりにできると思います。不客气。不过,我想这个问题应该可以就此结束了。有り難う!おどりになるつもりでいます。太感谢了!我打算保持联系,以防将来还需要帮助。どうぞお願いします。おらだから、いつでも連絡ください。请随时保持联系。如果需要帮助,随时欢迎回来咨询。お礼です!いつかラーメンをお請します。再次感谢!下次有机会,我请你吃拉面。いいですね。それは楽しみです。では、またね!听起来不错。那将是一次愉快的体验。那么,再见啦!ともかく、ありがとうございました。 无论如何,都非常感谢你的帮助。再见!みんなでお作戦を立てましょう。让我们大家一起来制定一个作战计划吧。これで解決できると思います。我想这个问题就可以这样解决了。そうですか。それはとてもいいですね。

2020年2月17日

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