Example calculations from the result files
Example 1
Calculate the average Bulk temperature (result ID=1460) associated with the study cpu_base.sdy and show it in SI Units.
studyrlt.exe cpu_base.sdy -result 1460 –average Example 2
Calculate the standard deviation of the Bulk temperature (result ID=1460) in the Cavity elements only associated with the study cpu_base.sdy and show it in SI units.
studyrlt.exe cpu_base.sdy -result 1460 -stddev –cavity Example 3
Calculate the standard deviation of the Bulk temperature (result ID=1460) in the Cavity elements only associated with the study cpu_base.sdy and show it in English units.
studyrlt.exe cpu_base.sdy -result 1460 -stddev -cavity -unit EnglishExample 4
Show the Bulk temperature (result ID=1460) result at element 10921 associated with the study cpu_base.sdy and show it in SI units.
studyrlt.exe cpu_base.sdy -result 1460 -element 10921 Example 5
Show the maximum magnitude of the Deflection, all effects (result ID=6250) with an anchor plane defined at nodes 2020, 2012 and 2025 associated with the study study cpu_base.sdy, and show it in SI units.
studyrlt.exe cpu_base.sdy -result 6250 -max -component 0 -anchor 2020 2012 2025Example 6
Show the maximum Z-deflection of the Deflection, all effects (result ID=6250) in the cavity with an anchor plane defined at nodes 2020, 2012 and 2025 associated with the study cpu_base.sdy, and show it in Metric units.
studyrlt.exe cpu_base.sdy -result 6250 -max –cavity -component 2 -anchor 2020 2012 2025 –units MetricExample 7
Count the number of entities with Bulk temperature (result ID=1460) associated with the study cpu_base.sdy.
studyrlt cpu_base.sdy -result 1460 -countExample 8
Count the number of entities with Weld lines (result ID=1722) associated with the study cpu_base.sdy.
studyrlt cpu_base.sdy -result 1722 –count