photoelasticity analysis
光弹性分析
photoelasticity method
光弹性方法
photoelasticity testing
光弹性测试
photoelasticity effects
光弹性效应
photoelasticity materials
光弹性材料
photoelasticity applications
光弹性应用
photoelasticity experiments
光弹性实验
photoelasticity phenomena
光弹性现象
photoelasticity theory
光弹性理论
photoelasticity visualization
光弹性可视化
photoelasticity is a useful technique in stress analysis.
光弹性是应力分析中的一种有用技术。
researchers study photoelasticity to understand material behavior.
研究人员研究光弹性以了解材料行为。
photoelasticity can help visualize stress distribution in structures.
光弹性可以帮助可视化结构中的应力分布。
engineers apply photoelasticity in designing safer products.
工程师在设计更安全的产品时应用光弹性。
the principles of photoelasticity are fundamental in mechanical engineering.
光弹性的原理在机械工程中是基础。
photoelasticity allows for the analysis of complex stress states.
光弹性允许分析复杂的应力状态。
using photoelasticity, we can detect flaws in materials.
通过光弹性,我们可以检测材料中的缺陷。
photoelasticity provides a visual representation of internal stresses.
光弹性提供了内部应力的可视化表示。
in research, photoelasticity is often combined with numerical methods.
在研究中,光弹性常与数值方法结合使用。
photoelasticity has applications in various fields, including optics.
光弹性在包括光学在内的多个领域中有应用。
photoelasticity analysis
光弹性分析
photoelasticity method
光弹性方法
photoelasticity testing
光弹性测试
photoelasticity effects
光弹性效应
photoelasticity materials
光弹性材料
photoelasticity applications
光弹性应用
photoelasticity experiments
光弹性实验
photoelasticity phenomena
光弹性现象
photoelasticity theory
光弹性理论
photoelasticity visualization
光弹性可视化
photoelasticity is a useful technique in stress analysis.
光弹性是应力分析中的一种有用技术。
researchers study photoelasticity to understand material behavior.
研究人员研究光弹性以了解材料行为。
photoelasticity can help visualize stress distribution in structures.
光弹性可以帮助可视化结构中的应力分布。
engineers apply photoelasticity in designing safer products.
工程师在设计更安全的产品时应用光弹性。
the principles of photoelasticity are fundamental in mechanical engineering.
光弹性的原理在机械工程中是基础。
photoelasticity allows for the analysis of complex stress states.
光弹性允许分析复杂的应力状态。
using photoelasticity, we can detect flaws in materials.
通过光弹性,我们可以检测材料中的缺陷。
photoelasticity provides a visual representation of internal stresses.
光弹性提供了内部应力的可视化表示。
in research, photoelasticity is often combined with numerical methods.
在研究中,光弹性常与数值方法结合使用。
photoelasticity has applications in various fields, including optics.
光弹性在包括光学在内的多个领域中有应用。
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