Examples =============== Parametric Analysis Integration ------------------------------- .. grid:: 2 .. grid-item-card:: Using GUI settings as objectives :link: ../examples/parametric_output_objective/parametric_output_objective :link-type: doc :text-align: center .. image:: ../examples/parametric_output_objective/thumbnail.png :scale: 50 +++ Use the output settings in Femtet as simple objective functions. .. toctree:: :titlesonly: :hidden: ../examples/parametric_output_objective/parametric_output_objective Single Objective Optimization ------------------------------ .. grid:: 2 .. grid-item-card:: Inductance of a Solenoid Coil :link: ../examples/gau_ex08/gau_ex08 :link-type: doc :text-align: center .. image:: ../examples/gau_ex08/gau_ex08.png :scale: 50 +++ In magnetic field analysis, set the self-inductance of a finite-length solenoid coil to a specific value. .. grid-item-card:: Resonant Frequency of Circular Patch Antenna :link: ../examples/her_ex40/her_ex40 :link-type: doc :text-align: center .. image:: ../examples/her_ex40/her_ex40.png :scale: 50 +++ In electromagnetic wave analysis, set the resonant frequency of a circular patch antenna to a specific value. .. toctree:: :titlesonly: :hidden: ../examples/gau_ex08/gau_ex08 ../examples/her_ex40/her_ex40 Multi-Objective Optimization ------------------------------ .. grid:: 2 .. grid-item-card:: Heating Element on Substrate :link: ../examples/wat_ex14/wat_ex14 :link-type: doc :text-align: center .. image:: ../examples/wat_ex14/wat_ex14.png :scale: 50 +++ In thermal conduction analysis, minimize the temperature of the IC chip on the substrate and the size of the substrate. .. grid-item-card:: Air cooling of IC Substrate :link: ../examples/paswat_ex1/paswat_ex1 :link-type: doc :text-align: center .. image:: ../examples/paswat_ex1/paswat_ex1.png :scale: 50 +++ In simple fluid-thermal analysis, minimize the temperature of the IC chip on the substrate and the size of the substrate under forced convection. .. toctree:: :titlesonly: :hidden: ../examples/wat_ex14/wat_ex14 ../examples/paswat_ex1/paswat_ex1 Parallel Computing ------------------------------ .. grid:: 2 .. grid-item-card:: Heating Element on Substrate (Parallel Computing) :link: ../examples/wat_ex14_parallel/wat_ex14_parallel :link-type: doc :text-align: center .. image:: ../examples/wat_ex14_parallel/wat_ex14.png :scale: 50 +++ Speed up 'Heating Element on Substrate' using parallel computing in multiple Femtet instances. .. toctree:: :titlesonly: :hidden: ../examples/wat_ex14_parallel/wat_ex14_parallel CAD Integration --------------- .. grid:: 2 .. grid-item-card:: External CAD (NX) Integration :link: ../examples/NX_ex01/NX_ex01 :link-type: doc :text-align: center .. image:: ../examples/NX_ex01/NX_ex01.png :scale: 50 +++ Explore dimensions of sturdy and lightweight H-beams using NX integration. .. grid-item-card:: External CAD (Solidworks) Integration :link: ../examples/Sldworks_ex01/Sldworks_ex01 :link-type: doc :text-align: center .. image:: ../examples/Sldworks_ex01/Sldworks_ex01.png :scale: 50 +++ Explore the same problem as left with Solidworks integration. .. toctree:: :titlesonly: :hidden: ../examples/NX_ex01/NX_ex01 ../examples/Sldworks_ex01/Sldworks_ex01 Constrained Model ----------------- .. grid:: 2 .. grid-item-card:: Strict constraint :link: ../examples/constrained_pipe/constrained_pipe :link-type: doc :text-align: center .. image:: ../examples/constrained_pipe/thumbnail.png :scale: 50 +++ Constrains combinations of variables. .. toctree:: :titlesonly: :hidden: ../examples/constrained_pipe/constrained_pipe