Use Thickness Analysis to: Identify thick and thin regions of a part (especially for plastic parts and castings) Determine portions of a part that are equal to a specified target thickness Assess potential failure regions or design flaws Aid in the design of casting and injection moldings ...
サマリー 要約された分析の詳細(Analysis Details)を表示します。モデルに危険面が含まれている場合は、その面を共有するすべてのフィーチャーが危険フィーチャーとして分類されます。 分析の詳細 厚み領域 危険なレベルの厚みの4つの領域を、各カテゴリに当てはまるモデルの面数とサーフェ...
In this study, three difference can structures are designed with ergonomics considerations. SolidWorks software is adopted for modeling and ANSYS for simulation and analysis. The relevance between can thickness as well as long-time pressure resistance is discussed. The thickness of the shell is set ...
In Glovius you can quickly identify the material distribution using the Thickness Analysis tool. The tool calculates the thickness using the Ray method or the Sphere method. Each of the method is suitable for a specific use case.Ray method is typically suitable for finding thin wall sections and...
Rather than rely solely on the slice preview to identify thin-walled areas, the Thickness Analyzer tool in GrabCAD Print Pro (found in the Model Analysis tab), allows you to quickly evaluate a part and create a pass/fail for thin features. (Figures 4 and 5) ...
types and thicknesses of adhesive materials used in restorative treatment in dentistry in class I occlusal and class II disto-occlusal cavities and to examine the effects of stress distribution on enamel, dentin, restoration material, and adhesive material using the finite element stress analysis ...
This article mainly elaborated thecomplex componentspattern analysis method, the determinationcomplex componentscraft datum, the processing method and the cutting specifications, as well as establishment milling circular arc tooth great procedure. 主要论述了复杂零件的图样分析方法、确定复杂零件的工艺基准、加工...
Shear Stress and Safety Factor 18 4 Structural Analysis of Frame Structural Analysis of Frame The structural analysis was conducted without the extra-support piece since that’s when the thickness sander would be the weakest Detailed analysis of parts 19 Top Arm Top Arm 0.000142 Deformation (in.)...
The validity of this assertion was investigated by a finite element analysis (FEA) in which the hyperelastic Mooney–Rivlin material model was given to the hollow fender. It was shown that the simulation results for the global buckling of the fender and the local buckling of the cylinder ends ...
The validity of this assertion was investigated by a finite element analysis (FEA) in which the hyperelastic Mooney–Rivlin material model was given to the hollow fender. It was shown that the simulation results for the global buckling of the fender and the local buckling of the cylinder ends ...