IMPROVING THE EFFICIENCY OF THE STRETCHING PROCESS OF …Erkunden Sie
According to the data from the generated report (Fig. 2), the maximum stretching force applied to the 7075-aluminum alloy plate(s) was 8.1 MN, for which a stretching maximum
We are more than an aluminium alloy solution provider.
Do you need consumer aluminium alloy products or learn more info about aluminum alloy prices?
According to the data from the generated report (Fig. 2), the maximum stretching force applied to the 7075-aluminum alloy plate(s) was 8.1 MN, for which a stretching maximum
Abstrac Numerical simulation combined with experimental test was carried out to analyze the pre-stretching process of the 7075 aluminum alloy sheet, from which the stress variation
1. Aug. 2014 A mathematical model is developed to calculate the residual stress in stretched aluminum alloy thick plate. It is based on balance of stresses, two-dimensional plasticity
Abstract. The purpose of this article is to better understand the behaviour of the residual stresses in aluminium alloy plates, to control and minimize them by adjusting the
1. Nov. 2012 A mathematical model is developed to calculate the residual stress in stretched aluminum alloy thick plate. It is based on balance of stresses, two-dimensional plasticity
1. Dez. 2018 Corpus . Numerical Simulation of Quenching-Stretching Process of Aluminum Alloy Plate and Analysis of Mechanism of Reducing Residual Stresses.
Through-thickness residual-stress profiles in rolled 7050-T74 aluminum plate were measured before and after stress relief by stretching (-Tx51). Measurement required
Using the finite element software MSC.MARC, quenching and stretching processes of aluminum alloy plate of size 10000mm×4000mm×50mm are analyzed. As the plate is
4. Jan. 2002 Abstract. Through-thickness residual-stress profiles in rolled 7050-T74 aluminum plate were measured before and after stress relief by stretching (-T 51).