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Experimental Verification of the Liquid Petroleum Gas (LPG) Tank Material and Improvement of the Fatigue Life According to Lid Geometry by using FEA Technique

机译：使用FEA技术的液体石油气（LPG）罐材料的实验验证和改善疲劳寿命的疲劳寿命

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Mehmet Hanifi DOĞRU; Ibrahim Göv;
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1. Experimental Verification of the Liquid Petroleum Gas (LPG) Tank Material and Improvement of the Fatigue Life According to Lid Geometry by using FEA Technique [J] . Mehmet Hanifi DO?RU, ?brahim G?V Mechanika . 2019,第1期

机译：液化石油气（LPG）储罐材料的实验验证以及根据盖几何形状使用有限元分析技术改善疲劳寿命
2. An application of digital image processing techniques to the characterization of liquid petroleum gas (LPG) spray [J] . Y L Qi, B Y Xu, S L Cai Measurement Science & Technology . 2006,第12期

机译：数字图像处理技术在液化石油气喷雾表征中的应用
3. Performance Improvement of a Liquid Molten Salt Pump: Geometry Optimization and Experimental Verification [J] . Kai Wang, Xin Lu, Yu Li, Symmetry . 2019,第3期

机译：液体熔盐泵的性能改进：几何优化和实验验证
4. The Risk Posed to Vehicle Occupants and Rescue Personnel by Dual-Fuelled Vehicles Fitted With Liquid Petroleum Gas (LPG) Tanks [C] . R. Sproat, A. M. Hassan, A. Waldie, SAE World Congress . 2007

机译：用液体石油气（LPG）罐的双燃料车辆推向车辆乘客和救援人员的风险
5. Liquid petroleum gas (LPG) as a fuelwood substitute in the Western Ghats of India: Effectiveness and influence of socioeconomic characteristics. [D] . Rogers, Tanya M. 2009

机译：液态石油气（LPG）作为印度西高止山脉的薪柴替代品：社会经济特征的有效性和影响。
6. Experimental Verification of Objective Visual Fatigue Measurement Based on Accurate Pupil Detection of Infrared Eye Image and Multi-Feature Analysis [O] . Taehyung Kim, Eui Chul Lee 2020

机译：基于精确瞳孔检测的红外眼图像和多特征分析的客观视觉疲劳测量实验验证
7. P1.0.8 Zn2SnO4 : A Suitable Material for Liquid Petroleum Gas(LPG) Detection [O] . G. Sarala Devi, H. Z. R. Hamoon 2012

机译：P1.0.8 ZN2SNO4：液体石油气（LPG）检测的合适材料
8. New Techniques to Test Fatigue Properties of Coined Sheet Specimens. Part 2.Comparison of Different Materials, Forming Operations and Life Prediction Techniques for a Simple Test Geometry [R] . Gustavsson, A., Larsson, M., Melander, A., 1995

机译：测试压延薄板试样疲劳性能的新技术。第2部分：简单测试几何的不同材料，成形操作和寿命预测技术的比较

Experimental Verification of the Liquid Petroleum Gas (LPG) Tank Material and Improvement of the Fatigue Life According to Lid Geometry by using FEA Technique

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