实验技术是实验力学学会的一个跨学科出版物，专注于最先进的技术创新、复杂的应用以及实验力学和动力学的发展。?介绍了在结构力学和动力学的测量和实验数据分析技术方面的最新进展。?进一步了解材料、结构和系统的静态和动态行为。?介绍了混合实验分析方法在结构力学和动力学中的发展和应用。?提供必要的物理观察，以改进和评估新的分析和计算方法。?提出实验力学和动力学的创新方法。这本杂志涵盖了新的和重要的实验力学技术，文章的实际应用的实验力学和创新技术创造工程解决方案。它是实验力学学会的官方刊物。实验技术在声学、生物材料和系统、复合材料、计算机视觉/数字图像相关性、传感器和数据采集、动态测试和数据分析、信号处理和模态参数估计等领域发表了杰出的原创研究文章，包括但不限于以下内容：疲劳、流体力学、断裂力学、全息照相、冲击/冲击分析、接头和连接、材料行为、无损检测、光学方法、残余应力、统计分析、现场测试和监测、热方法、不确定性量化。
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Experimental Techniques is an interdisciplinary publication of the Society for Experimental Mechanics focusing on state-of-the-art technical innovations, sophisticated applications and developments in experimental mechanics and dynamics.? Presents articles advancing the state-of-the-art in measurement and experimental data analysis technologies in structural mechanics and dynamics.? Furthers understanding of static and dynamic behavior of materials, structures and systems.? Presents developments and applications of hybrid experimental-analytical methods in structural mechanics and dynamics.? Provides physical observations necessary to improve and assess new analytical and computational approaches.? Presents innovative methodologies for experimental mechanics and dynamics.This journal covers new and important experimental mechanics techniques, with articles on practical applications of experimental mechanics and innovative techniques for creating engineering solutions. It is an official journal of the Society for Experimental Mechanics. Experimental Techniques publishes outstanding, original research articles in areas including, but not limited to, the following: acoustics, biological materials and systems, composite materials, computer vision/digital image correlation, sensors and data acquisition, dynamic testing and data analysis, signal processing and modal parameter estimation, fatigue, fluid mechanics, fracture mechanics, holography, impact/shock analysis, joints and connections, material behaviors, non-destructive testing, optical methods, residual stresses, statistical analysis, in-situ testing and monitoring, thermal methods, uncertainty quantification.
