Solid Mechanics 2 v1.0 ͢ : 2.1+ ͢ : Swiftly culate resultant ces engineer stresses design scenarios ͢ 
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͢ T quick easy tool will allow you to culate resultant ces stresses encountered in many common design scenarios. ͢ PROFESSIONALS ͢ Quickly accurately analyze stress levels in common design elements ces which result from real-world scenarios like impact load buckl. With built-in unit conversions, never worry ab unit se again. ͢ POST SECONDARY STUDENTS ( Mechani, Aerospace, Civil Engineer, etc... ) ͢ Make problem sets, labs design projects a breeze with pre-written mulae which are comm taught in engineer schools. Improve quality of designs by consider mulple failure modes at design stage quickly, easily. ͢ Simplify engineer stress concentration culations with: ͢ - Reference equations & diagrams ͢ - Integration of sub-equations - (Press |Sub| bton) ͢ - Dynamic culation ͢ - Built-in unit conversion ͢ - Prominent tabbed p display ͢ - Simplified main screen lay with icons quick idenfication ͢ - Built-in Cross-section property culators ͢ Eir reference or double-check, conveniently view each diagram equation at bottom of each culator's screen in an easy to read graphi lay like you see in reference tbooks. ͢ With integration of sub-equations, you can benefit from added ease of determin criti design inps through additional equations if you have not determined specific value beeh. (Press |Sub| bton) ͢ Dynamic culation allows you to vary design parameters rapidly see ir result with ever hav to re-culate. ͢ Inp parameters in standard units of measure in engineer with hav to do own conversions. ͢ prominent tabbed p display makes ansr alwa directly at h by display p(s) at top of screen. By group culators that can p mulple design parameters in a compact easy to use "tabbed" display, you can "swipe or tap" left right on p field view all of results. ͢ simplified main screen lay contains a easy-to-use list-view of culators, each with ir own custom icon to make it even easier to idenfy culator you need reduce time you spend read options. ͢ Simplify culations with built-in cross-section property culators a wide variety of standard shapes never have to culate area moment of inera (I) by h again. All you need to press is |Sub| bton beside cross-section property of interest. ͢ Included culators: ͢ 1. Impact ce (Horizontal) ͢ 2. Impact ce (Ver) ͢ 3. Curved Beam Stress ͢ 4. Direct Bear Stress ͢ 5. Tear Shear Stress ͢ 6. Buckl (Concentric Load) ͢ 7. Principal Stresses 2D ͢ 8. Principal Stresses 3D ͢ 9. Von Mises Stress (From Principal Stresses) - Ductile ͢ 10. Von Mises Stress (From General Stresses) - Ductile ͢ 11. Modified-Mohr Stress - Brittle ͢ Units Conversions Supported: ͢ Stress / Pressure: Pa, kPa, MPa, GPa, psi, kpsi ͢ Strain: unitless, %, Millistrain, Microstrain, Nanostrain ͢ ce: N, kN, MN, GN, nN, uN, mN, lbf, kgf ͢ Length: m, mm, um, nm, in, ft ͢ Area: m^2, mm^2, cm^2, um^2, nm^2, in^2, ft^2 ͢ Moment of Inera: m^4, mm^4, cm^4, um^4, nm^4, in^4, ft^4 ͢ Standard Cross-section Properes A, I J Supported: ͢ Area Moment of Inera (I): ͢ Rectangle, Hollow Rectangle, Circle, Hollow Circle, I-Beam, Semicircle, Ellipse, General Triangle, Right Triangle, Isosceles Triangle ͢ Simple Solions Droid is dedicated to provid you with simple solions to complex techni problems. ͢ reciate any all feedback on our s so can help provide better solions to you, our valued customers. ͢ Please note that t product is intended as a reference tool is not a substite mal engineer design verification. ͢ ͢
https://play.google.com/store/s/d...lidMechanicsII ͢ http://www.directmirror.com/files/0BQHRXCG
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