|  
				  Deformation 
				 |  
				Displays the deformed part without any
				  contour plot. 
				 |  
			 
 
			  
				| Displacement 
				 |  
				Contours the distance each point has moved
				  from its original location. 
				 |  
			 
 
			  
				|  
				  Displacement Vector 
				 |  
				Measures the distance each point has moved
				  from its original location. 
				 |  
			 
 
			  
				| Von Mises Stress 
				 |  
				Measures the resistive stress forces in your
				  part created by the deformation. 
				 |  
			 
 
			  
				| Compression - Tension 
				 |  
				Highlights which regions in your model are
				  under tension and which are under compression. This plot has only two contour
				  colors, with red for tension and blue for compression. 
				 |  
			 
 
			  
				|  Principal Stress
					 Directions 
				 |  
				Displays principal stress directions and
				  values. 
				 |  
			 
 
			  
			  
				| Reaction Force Vector 
				 |  
				Display the vector components of the reaction
				  force. 
				 |  
			 
 
			  
				| Reaction Force 
				 |  
				Displays all reaction force components. 
				 |  
			 
 
			  
			  
			  
				| Contact Pressure 
				 |  
				Measures the pressure at contacting surfaces
				  (the contact force normal to the contacting surfaces per unit area). 
				 |  
			 
 
			  
			  
				| Simulation Accuracy
					 (%) 
				 |  
				 
				   Provides a measure of simulation accuracy throughout your
					 model by calculating the ratio of errors in element energy density to overall
					 element energy density. The contour plot of simulation accuracy is displayed
					 with colors in reverse order: areas of higher simulation accuracy are colored
					 blue, while areas of lower simulation accuracy are colored red. The plot
					 specifically shows (as a percentage) the ratio of errors in element energy
					 density to the maximum overall element energy density. 
				    
				  When you see red (lower accuracy) in areas of interest, you
					 should consider rerunning the simulation with a finer mesh density to increase
					 the accuracy. 
				    
				 |