ANSYS Tutorial Release 9 by Kent Lawrence

By Kent Lawrence

The 9 classes during this e-book introduce the reader to powerful finite aspect challenge fixing via demonstrating using the great ANSYS FEM software program in a sequence of step by step tutorials. issues coated contain difficulties related to trusses, aircraft rigidity, airplane pressure, axisymmetric and three-d geometries, beams, plates, conduction and convection warmth move, thermal pressure, and extra. The tutorials are compatible for both expert or scholar use. desk of Contents Lesson 1 - Trusses Lesson 2 - airplane tension, airplane pressure Lesson three - Axisymmetric difficulties Lesson four - 3-dimensional difficulties Lesson five - Beams Lesson 6 - Plates Lesson 7 - warmth move, Thermal pressure Lesson eight - p-Method Lesson nine - chosen subject matters

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However, two-dimensional models are often easier to develop, easier to solve and can be employed in many situations if they can accurately represent the behavior of the object under loading. 2-2 Plane Stress / Plane Strain A state of Plane Stress exists in a thin object loaded in the plane of its largest dimensions. Let the X- Y plane be the plane of analysis. The non-zero stresses

Main Menu > Preprocessor > Modeling > Operate > Booleans > Subtract > Areas > Pick the rectangle > OK, then pick the circle > OK Figure 2-11 Geometry for quadrant of plate. Create a mesh of triangular elements over the quadrant area. 9. Main Menu > Preprocessor > Meshing > Mesh > Areas > Free Pick the quadrant > OK Figure 2-12 Triangular element mesh. Apply the displacement boundary conditions and loads. 10. Main Menu > Preprocessor > Loads > Define Loads > Apply > Structural > Displacement > On Lines Pick the left edge of the quadrant > OK > UX = 0.

Trusses 1-33 1-5 Find the magnitude and location of the maximum displacement and the maximum stress in the 2-D model of a pin jointed tower shown below. 86 sq in. The load P has a value equal to 4500 lbf. 1 in4? Figure PI-5 1-6 The truss in figure PI-6 is made from steel elements with 2 inch diameter solid circular cross sections. , and 60 ft. A downward load of 1000 lbf is applied at each of the upper nodes. Find the maximum stress and deflection. Plane Stress / Plane Strain 2-1 Lesson 2 Plane Stress Plane Strain Lesson 2 Plane Stress Plane Strain 2-1 OVERVIEW Plane stress and plane strain problems are an important subclass of general threedimensional problems.

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