Application of mean maximum Young’s modulus value as a new parameter for differential diagnosis of prostate diseases by Nailei Huang, Xinge Cao, Zhong Li, Haoyu Wang, Wei Zhao, Jun Shi

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Determination of Young’s Modulus by Specific Vibration of Basalt and Diabase by Osvail André Quaglio, José Margarida da Silva, Edmo da Cunha Rodovalho, Leandro de Vilhena Costa

“…Young’s modulus values showed high repeatability and agreed with those reported in the literature for the same material. …”
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PENGUKURAN MODULUS YOUNG SENAR PANCING DENGAN METODE ANALISIS FREKUENSI DAWAI by Nidar Karyati Gulo, Albertus Hariwangsa Panuluh

“…The research has been conducted to determine the Young Modulus value of the fishing line with frequency analysis on a string by using a sound sensor. …”
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An Experimental Simulation to Validate FEM to Predict Transverse Young’s Modulus of FRP Composites by V. S. Sai, M. R. S. Satyanarayana, V. B. K. Murthy, G. S. Rao, A. S. Prasad

“…It is observed that the FE values are in good agreement with the experimental results, thus validating FEM for predicting transverse modulus of FRP composites.…”
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Loading-Rate Dependency of Young’s Modulus for Class I and Class II Rocks by Hailong Zhang, Seisuke Okubo, Cancan Chen, Yang Tang, Jiang Xu

“…The rocks showed the same loading-rate dependency of Young’s modulus. A variable-compliance constitutive equation was proposed for the loading-rate dependency of Young’s modulus, and the calculated results agreed well with measured values. …”
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Estimation of the Corneal Young’s Modulus In Vivo Based on a Fluid-Filled Spherical-Shell Model with Scheimpflug Imaging by Po-Jen Shih, Chun-Ju Huang, Tzu-Han Huang, Hung-Chou Lin, Jia-Yush Yen, I-Jong Wang, Hui-Jyun Cao, Wen-Pin Shih, Chi-An Dai

“…The statistical analysis showed that the value for the Young’s modulus was independent of all the other parameters collected from the Corvis ST, including the corneal thickness and the intraocular pressure. …”
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Multi-Scale Characterisation and Mechanical Adhesion in PVD-Deposited Ca-SZ Coating for Implantable Medical Devices by Alex Tchinda, Richard Kouitat-Ndjiwa, Pierre Bravetti

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A Calibration Approach for Elasticity Estimation with Medical Tools by Grube S., Neidhardt M., Hermann A.-K., Sprenger J., Abdolazizi K., Latus S., Cyron C. J., Schlaefer A.

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Biomechanical behavior of titanium, cobalt-chromium, zirconia, and PEEK frameworks in implant-supported prostheses: a dynamic finite element analysis by Dilara Sahin Hazir, Irem Sozen Yanik, M. Baris Guncu, R. Senay Canay

“…Conclusion Frameworks having a greater Young's modulus are less susceptible to deformation.…”
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Evaluation of the Mechanical Properties of Different Dental Resin-Based Materials After Submersion in Acidic Beverages by Răzvan Constantin Brânzan, Ionuț Tărăboanță, Cristina Angela Ghiorghe, Simona Stoleriu, Vlad Cârlescu, Andra Claudia Tărăboanță-Gamen, Sorin Andrian

“…<b>Results</b>: The obtained results showed that 14-day submersion of the resin-based materials in coffee, cola and red wine solutions significantly (<i>p</i> < 0.05) decreased the microhardness values (VHN), Young’s modulus of elasticity and scratch resistance. …”
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Displacement Approach to Determine the Effective Tensile and Torsional Modulus of Nanowires by Lin Fang, Quan Yuan, Bin Wu, Honglin Li, Mengyang Huang

“…Here, the classical displacement method is used to solve the field equations of the core-surface layer model subjected to tension and torsion. The effective Young’s modulus is defined as the ratio of normal stress to axial strain, which decreases with the increase in NW radius and gradually reaches the bulk value. …”
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Influence of quartz types on mechanical parameters in the early silurian Longmaxi shale, Sichuan Basin by Qin Zhang, Feng Liang, Qun Zhao, Wen Liu, Weiliang Kong, Wanli Gao, Xinyu Zhang, Guangyin Cai, Tianquan Qu, Zhen Qiu

“…The three types of quartz exert a dual influence on Young’s modulus, and a single linear effect on Poisson’s ratio. …”
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Evaluation of Grewia optiva fiber as a sustainable and high-performance reinforcement material for composite applications by Thandavamoorthy Raja, Yuvarajan Devarajan, Sundram Vickram

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Prediction of mechanical behavior of epoxy polymer using Artificial Neural Networks (ANN) and Response Surface Methodology (RSM) by Khalissa Saada, Salah Amroune, Moussa Zaoui

“…In addition, the experimental results indicated that the mechanical properties of both (Young's Modulus value and stress value) were higher in an intact specimen. …”
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Mass of the Stabilized Radion in the Limit of Finite Quartic Coupling by Ali Tofighi, Vahid Reza Shajiee

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Effect of Nonparallel End Face on Energy Dissipation Analyses of Rocklike Materials Based on SHPB Tests by Pu Yuan, Ning-Ning Wei, Qin-Yong Ma

“…The fluctuation is enhanced with the increment of end-face nonparallelism and weakened with the increase of Young’s modulus. Based on energy density evolution and mechanical damage evolution analyses, the maximum end-face nonparallelism should be controlled within 0.20%, twice the value in ISRM suggested methods, which reduces the cost and time for processing rocklike specimens.…”
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The Influence of CNT Structural Parameters on the Properties of CNT and CNT-Reinforced Epoxy by A. Anvari

“…Finally, the influence of the number of hexagons in the unit cell on the Young’s modulus of zigzag and armchair single-walled carbon nanotubes has been evaluated.…”
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Effect of Real-Time Environment on Mechanical Properties of Preformed Stainless Steel Archwires: An In Vivo Study by Divya Pai, Arun S. Urala, Kishore Ginjupalli, Kalyana Chakravarthy Pentapati, Gaurav Agrawal

“…Statistical analyses included the paired t-test for intragroup comparisons and Kruskal–Wallis ANOVA with the post hoc Dunn test for comparison of mean percentage reduction in values. At T15, Young’s modulus showed a statistically significant decrease. …”
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Mechanical Characterization of Reduced Graphene Oxide Using AFM by Alem Teklu, Canyon Barry, Matthew Palumbo, Collin Weiwadel, Narayanan Kuthirummal, Jason Flagg

“…The highest values obtained were after the fifth and final reduction cycle, yielding a stiffness of 22.4 N/m, a hardness of 0.55 GPa, and a reduced Young’s modulus of 1.62 GPa as compared to a stiffness of 22.8 N/m, a hardness of 0.58 GPa, and a reduced Young’s modulus of 1.84 GPa for a commercially purchased graphene film made by CVD. …”
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Effect of Change in Material Properties of the Abradable Coating on the Wear Behavior of It—Microstructure Model-Based Analysis Approach by Anitha Kumari Azmeera, Prakash Jadhav, Chhaya Lande

“…Two microstructure models (CoNiCrAlY–BN–polyester coating) were found to perform optimally at porosity levels of 56% and 46%, corresponding to hardness values of 48 HR15Y and 71 HR15Y, respectively. Changing factors like yield stress and tangent modulus makes the seal more abrasive while keeping its hardness, porosity, and Young’s modulus the same. …”
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