實驗技術是實驗力學學會的一個跨學科出版物，專注于最先進的技術創新、復雜的應用以及實驗力學和動力學的發展。?介紹了在結構力學和動力學的測量和實驗數據分析技術方面的最新進展。?進一步了解材料、結構和系統的靜態和動態行為。?介紹了混合實驗分析方法在結構力學和動力學中的發展和應用。?提供必要的物理觀察，以改進和評估新的分析和計算方法。?提出實驗力學和動力學的創新方法。這本雜志涵蓋了新的和重要的實驗力學技術，文章的實際應用的實驗力學和創新技術創造工程解決方案。它是實驗力學學會的官方刊物。實驗技術在聲學、生物材料和系統、復合材料、計算機視覺/數字圖像相關性、傳感器和數據采集、動態測試和數據分析、信號處理和模態參數估計等領域發表了杰出的原創研究文章，包括但不限于以下內容：疲勞、流體力學、斷裂力學、全息照相、沖擊/沖擊分析、接頭和連接、材料行為、無損檢測、光學方法、殘余應力、統計分析、現場測試和監測、熱方法、不確定性量化。

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.