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Table 9 Run time, displacement in y and z and von Mises stress at point A for varying \(\tau \) with geometrically linear setting, full powder domain, , and \(p=2\)

From: Thermo-mechanical simulations of powder bed fusion processes: accuracy and efficiency

Time step size

Run time

at A

at A

at A

\(\tau =0.125\)

\({100.0}\%\)

\({0.0}\%\)

\({0.0}\%\)

\({0.0}\%\)

\(\tau =0.25\)

\({58.9}\%\)

\({-7.0}\%\)

\({-2.7}\%\)

\({0.4}\%\)

\(\tau =0.5\)

\({34.1}\%\)

\({-23.3}\%\)

\({-9.9}\%\)

\({0.2}\%\)

\(\tau =1.0\)

\({17.7}\%\)

\({-45.9}\%\)

\({-8.9}\%\)

\({-5.4}\%\)

\(\tau =2.0\)

\({10.4}\%\)

\({-75.7}\%\)

\({-17.0}\%\)

\({2.6}\%\)

\(\tau =5.0\)

\({5.6}\%\)

\({-116.5}\%\)

\({-2.7}\%\)

\({-3.1}\%\)

  1. As reference the geometrically linear setting, full powder domain, \(s = 0.1, \tau = 0.125, R = 5\) and \(p = 2\) is used