Titlebook: Engineering Design Applications II; Structures, Material Andreas Öchsner,Holm Altenbach Book 2020 Springer Nature Switzerland AG 2020 mecha

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,Im Maschinenbau übliche Stähle,n, and contact constrains presented in ball valves. It’s proposed a variable structural elastic-linear static analysis with an isotropic material using the Finite Element Method. Where a homogeneous behavior in the variation of pressure and temperature represent the structural changes of the valve w

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Das Eisen-Kohlenstoff-Schaubild,ation of stationary and rotating sound sources in the CFD simulation process. This enables a more detailed view on the geometry and offers a basic approach for an optimization concerning the localization and visualization of sound sources using a microphone array with suitable beamforming algorithm.

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,Identification of Inelastic Parameters of the AISI 304 Stainless Steel,

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An Alternative Method for Modelling the Degradation of Hyperelastic Materials Within the Framework al mechanical power conjugate stress measures and strain rates. As a result, the internal power density of the model can be related directly to the internal power density of the specimen used in the tensile test of the modelled material. In this paper natural rubber behavior is studied using modifie

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Effect of Vapour-Grown Carbon Nanofibres on Thermo-Mechanical Properties of High-Functionality Base temperatures showed improvement in bond strength in tension of about 7 °C for samples with 2 wt% of VGCF-modified DGOA when compared with unmodified DGOA. The exposure of loaded CFRP/concrete specimens to different temperature and humidity cycles for different exposure periods (21 and 44 days) resu

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Study on Closed-Die Forging in Stainless Steel as Standard ASTM F138 in Grain Size Function,ere is a transitional temperature close to 1050 °C, where temperatures of 1000–1040 °C provide satisfactory grain size and temperatures of 1100 and 1200 °C, showed limitations in grain size, greater than those recommended by ASTM F 621.

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