Report Format Example 2. Analysis Mesh body size and mesh plot. 1. Geometry Please consider a 50 x 100 x 300 mm long duct channel. Air flows through the duct with V= 5 m/s and T= 25 C. A stainless steel cylindrical heating element is located in the middle of the duct. Temperature and radius of the heating element are T= 400 C and R-18 mm, respectively. According to these conditions, please calculate outlet temperature of the air flow and average "wall heat transfer coefficient" of the cylindrical heating element with finite volume approach over Ansys Fluent. 100.00 300.00 . Geomery should be drawn in Solidworks or Ansys Workbench. . Drawings should be converted to IGES or Parasolid format for ANSYS Fluent Piston angle and pressure should be defined. Temperature contour plot with screenshots Velocity Contour plot with screenshots. 3. RESULTS (Results should be given by the table below) Inlet Outlet Temperature Velocity Radius of the heating element Temperature Velocity h [W/mK]