Table 10 Run time, displacement in y and z and von Mises stress at point A for varying R and p with geometrically linear setting full powder domain, 
and \(\tau =0.5\)
and From: Thermo-mechanical simulations of powder bed fusion processes: accuracy and efficiency
Max ref level | Poly degree mech | Run time |
|
|
|
|---|---|---|---|---|---|
| \(p =2\) | \({100.0}\%\) | \({0.7}\%\) | \({-4.0}\%\) | \({2.3}\%\) |
| \(p =2\) | \({40.7}\%\) | \({-3.9}\%\) | \({-13.3}\%\) | \({0.7}\%\) |
| \(p =2\) | \({15.8}\%\) | \({-34.2}\%\) | \({-17.3}\%\) | \({6.9}\%\) |
| \(p =1\) | \({4.9}\%\) | \({-0.8}\%\) | \({10.8}\%\) | \({0.4}\%\) |
| \(p =1\) | \({2.9}\%\) | \({11.0}\%\) | \({8.7}\%\) | \({-0.7}\%\) |
| \(p =1\) | \({1.8}\%\) | \({-16.0}\%\) | \({59.8}\%\) | \({5.8}\%\) |
at A
at A
at A
- As reference the geometrically linear setting, full powder domain,
, \(\tau =0.125\), 
and \(p=2\) is used
, 
and