.... brick veneer thermal performance hot box wall ties finite element analysis MASONRY 2022: ADVANCING MASONRY TECHNOLOGY 199 STP 1640, 2022 / available online at www.astm.org / doi: 10.1520/STP164020210072 Nathaniel Huygen1 and John Sanders1 Impact of Wall Ties on the Steady-State Thermal...

.... The present work uses finite element analysis software to model a normally closed quarter-turn stuck ball valve that is forced open manually within a very short period of time. Tribology and heat-transfer models have been used to determine the final temperatures reached at the sealing gasket that is subjected...

... in good agreement with the experimental data and may be used to make predictions for different gyroid designs. lattice structures selective laser melting mechanical properties internal defects gyroids finite element analysis STRUCTURAL INTEGRITY OF ADDITIVE MANUFACTURED MATERIALS AND PARTS...

... probability curves in alternating-mean stress space are determined to provide limit criteria for evaluating similar geometries during design optimization and validation. fatigue fracture plasticity design medical device testing finite element analysis digital image correlation cobalt chrome...

... of the material as processed in manufacturing the device. Probabilistic finite element analysis for fatigue life prediction is an extension of the deterministic finite element approach, whereby the input control variables are represented with specified probability distributions rather than single values...

.... sealant structural glazing finite element analysis hyperelastic non-linear material load function DURABILITY OF BUILDING AND CONSTRUCTION SEALANTS AND ADHESIVES: 5TH VOLUME 328 STP 1583, 2015 / available online at www.astm.org / doi: 10.1520/STP158320140068 Kyle D. Magnuson,1 W. Joseph Macicak,2...

... structural glazing decisive loads ANSYS finite element analysis hyperelastic non-linear material grid study sealant deformation load function DURABILITY OF BUILDING AND CONSTRUCTION SEALANTS AND ADHESIVES: 5TH VOLUME 376 STP 1583, 2015 / available online at www.astm.org / doi: 10.1520...

... plasticity Ni-base superalloy deformation mechanisms finite element analysis R. W. Neu1 and D. J. Smith2 Reprinted from JAI, Vol. 8, No. 5 doi:10.1520/JAI103674 Available online at www.astm.org/JAI Modeling Creep-Fatigue Deformation of Ni-Base Superalloys Using Crystal Viscoplasticity ABSTRACT: Crystal...

... into the β-Zr zone at peak temperatures of 1200 and 1400°C. The small punch (SP) test was then used to investigate the variation in fracture behavior of these narrow zones of the weld and compare them with the parent metal. A finite element analysis (FEA) model of the SP test was developed which can be used...

... address the effect of hydrostatic constraint, stress, and plastic strain on the time it takes for the steady state hydrogen profiles to be established. hydrogen embrittlement diffusion elastoplasticity pipeline finite element analysis ASTM Special Technical Publication, Vol. 5, No. 6 Paper ID...

.... The present method is rather simple to use for day-to-day finite element based fatigue evaluation of welded joints in actual structures subjected to multiaxial loading conditions. multiaxial fatigue mesh-insensitive structural stress method modified Gough's ellipse finite element analysis welded...

... used to determine the crack tip position as a function of time during the event. This information was used as a boundary condition for the analysis. The measured strains were compared with strains predicted by the finite element analysis to validate the model. The dynamic response of the specimen...

... Differential thermal movement between the spacer frame and the glass panes is a key contributor to the aging of insulating glass edge seal and of the insulating glass unit (IGU) itself. Using finite element analysis (FEA) the authors modeled the thermal movements occurring in the edge seal...

... finite element analysis George F. Leon, lMichael F. Trezza, lJeffrey C. Hall, 1 and Kelli Bittick2 Evaluation of a Carbon Thermoplastic to Titanium Bonded Joint REFERENCE: Leon, G.F., Trezza, M.F., Hall, J.C., and Bittick, K., "Evaluation of a Carbon Thermoplastic to Titanium Bouded Joint," Joining...

... and nonlinear finite element analysis consistently predicted peak ply stresses which were significantly higher than ply strengths derived from unidirectional coupon tests. bolted joints composite material laminate notched strength open hole strength failure modes finite element analysis nonlinear...

... sealed joint shear movement rocking movement finite element analysis Journal of ASTM International, July/August 2004, Vol. 1, No. 7 Paper ID JAIl 1641 Available online at www.astm.org Hiroyuki Miyauchi I and Kyoji Tanaka 1 Estimation of the Fatigue Resistance of Sealants to Movement...

... Stress relaxation uniaxial testing is used to define the behavior of elastomeric materials in their functional range. The stress-strain data obtained by this method are used in finite element analysis (FEA) to model the behavior of the material in a given application. The objective of this study...

... principal stress at the hole edge therefore a uniaxial stress analysis may lead to a non-conservative failure prediction for these type of joints. multiaxial fatigue interference fit joints aluminum alloy finite element analysis generalized Neuber theory thermal stress analysis Giora Shatil I...

... of the effective stress. Variations of the J -integral and the constraint parameter A 2 along the crack front are also investigated for the two specimens. finite element analysis constraint effect J -integral crack-front field asymptotic solution three dimension elastic-plastic material Xian...

... fatigue viscoplasticity engine components aluminum castings fatigue prediction finite element analysis Xuming Su, 1 Michael Zubeck, 1 John Lasecki, 1 Huseyin Sehitoglu,2 Carlos C. Engler-Pinto, Jr., 1 Chung-Yao Tang, 3 and John E. Allison 1 Thermomechanical Fatigue Analysis of Cast Aluminum Engine...