It is a easy way to finish the bulge test and simplify the traditional experimental conditions. 目的在于更有效方便地完成鼓膜实验,简化传统方法的实验条件。
The Pressure Vessel Explosion Bulge Test experiment the Design of the Device and Study 压力容器爆破试验实验装置的设计与探讨
From this, an equivalent thickness measurement point in explosion bulge test is recommended. 据此,提出了爆炸试验测试中等效测厚点的建议。
Integrate effect was estimated by measured layer gap, stress and strain through hydraulic bulge and pressure increase test. 通过在液压胀合处理及加压试验中实测的层间间隙、应力和应变来评估其贴合效果。
An explosion bulge test on a welded plate specimen without a crack starter and sin1ulated weld specimen was conducted. 进行了无裂纹源焊道板材和模拟焊缝试样的爆炸试验。
During this thesis, the author improved the traditional bulge test technology with Digital Speckle Correlation Method ( DSCM), simplified the experimental conditions, and finished some validation test. 论文期间,本人用数字散斑相关方法(DSCM)对传统的鼓膜实验进行了改进,简化了实验条件和环境,并完成了一系列的验证实验。
In this paper, the hydraulic bulge test is done to small size part and analysed it by finite element method. When the result of finite element simulation is consistent with experiment, we can say the finite element method is feasible. 本文采用小尺寸板材试样进行了液压胀形实验,并同时对其胀形过程进行了有限元模拟,实验结果与模拟结果较为一致,说明有限元分析的方法是可行的。
Again and a-gain According to the above request, this text proceed the design and study to "the pressure vessel explosion bulge test" of test vessel and experimental equipment. 根据上述要求,本文对压力容器爆破试验的试验容器、实验装置进行了设计与探讨。
At last I make some suggestions on the improvement of this bulge test flat based on my research experience. Laboratory; 最后基于该实验研究体会,提出了改进鼓膜实验测试平台的技术改进的建议。
Since more than half a century ago, bulge test technology has been widely used in the thin film test. 半个多世纪以来,鼓膜实验(Bulgetest)测试技术被广泛地运用于薄膜的力学性能测试中。
Inquire Into the Method of Measuring Elastic Modulus of Polymer and Metal Films in Bulge Test 鼓泡法测量高分子和金属薄膜弹性模量的方法探讨
The ultimate strain can be determined through bulge test. 而极限应变一般通过胀形试验确定。
Nondestructive evaluation and bulge test show that produced shell of GIS, the qualified rate of gas-tight test has reached up to 98%, which can fulfill the demand of GIS. 壳体的无损检测和打压试验表明,铸件内部无明显缺陷;铸件的气密性检测一次性合格率达到了98%以上,满足GIS设备需求。