英語 での Stress analysis の使用例とその 日本語 への翻訳
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Programming
Static stress: Analyze static deflections and stresses for complex parts and assemblies using static stress analysis, including nonlinear contact, structural joints and large deflections.
Conduct stress analysis mainly on lines of high importance, and check the safety of the piping while considering the effect of the piping on the equipment and/or the structure.
Optimization and computer-aided design, feasibility study of kinematic mechanism, kinematics of rolling bearing bearing geometry, mechanical control system, experimental stress analysis, failure analysis, bio-inspired method development.
Integrate with other thermal analysis tools including NEVADA, Thermica, TSS, and TRASYS, along with support for thermal distortion and thermal stress analysis by passing temperatures to a structural model.
Further capabilities for the design of high performance gears include asymmetric gear tooth design for strength and efficiency, improved tolerancing analysis for design robustness and combined shear stress analysis for optimising surface finish.
ANSYS multiphysics solutions for advanced packaging enable multi-die co-simulation and co-analysis for extraction, power and signal integrity analysis, power and signal electromigration analysis, thermal and thermal-induced stress analysis.
Tips& Tricks| HBM Tips& Tricks for Your Measurement TasksIn this section you will find an extensive collection of technical articles, tutorials, check lists and videos covering topics on data acquisition, measurement technology, stress analysis, power analysis, and industrial process control.
Has exclusive partnership in Singapore for the FirstBeat lifestyle assessment program, which uses HRV data collected via chest strap over a 3-day period to provide health and stress analysis and an action plan+ tools for the user to make positive program.
With regard to the former, NTT conducted stress analysis of the printing-hammer form, used a titanium alloy with extremely low density and superior specific strength, conducted research on methods of machining that alloy, and thereby achieved a highly reliable lightweight hammer half the weight of previous printing hammers.
Recently, computer-aided stress analysis techniques have been developed and introduced in the design field. However, experimental stress measurements with strain gages are widely used as the surest and practical method even now.
Nonlinear stress analysis of construction vehicle cab and support structure is critical for driver safety, such as in case of a serious accident, when the components must deform well beyond the material yield point. Image courtesy of Liebherr.
Typical application areas include static stress tests for FEM models, quasi-dynamic fatigue tests for life analysis, monitoring tasks, material investigations, residual stress analysis, maintenance tasks(e.g. for mechanical testing of PCB circuit boards), as well as for general recording of the load data in the field.
You can use this solution to get accurate loads for subsequent FE analyses, and perform flexible body integration(coupling of motion analysis/stress analysis) to make more accurate design decisions earlier in the development cycle and reduce physical test costs.
An analytical model reproducing a fatigue test on a full size axle was used to quantitatively assess safety improvement. Stress analysis was used to find the stress intensity factor for the crack initiation location which was then applied to evaluate crack propagation Fig.3.
Reevaluation of the structural strength of the pipe junctions via a stress analysis using a corrected calculation program revealed that there were flaws in the data concerning the pipe that had been included in a document appended to the application made to the Minister for Economy, Trade and Industry for approval for construction of Hamaoka Reactor No. 5 third section of the application; approval granted in April 2000.
According to fatigue tests, stress analyses and crack propagation evaluations in fracture mechanics performed the proposed design offers demonstrably better fatigue strength.
Stress analyses were conducted using a finite element method on the whole carbody model in order to identify high-stress regions Fig.1.
We carry out“thermal stress analyses,”“mechanical stress analyses,” and other simulations based on the assumed conditions of use, and propose the optimum ceramic specifications.
They provide repeatable, accurate measurements on varied surfaces, from traditional 2D roughness surface characterization and step height measurements to advanced 3D mapping and film stress analyses.
Stress analysis.