ҩҩ 
ҩҩ T quick easy tool will allow culate resultant ces stresses encountered many common design scenarios. ҩҩ PROFESSIONALS ҩҩ Quickly accurately analyze stress levels common design elements ces which result from real-world scenarios impact load buckl. built- unit conversions, worry ab unit se again. ҩҩ POST SECONDARY STUDENTS ( Mechani, Aerospace, Civil Engineer, etc... ) ҩҩ problem sets, labs design projects a breeze pre-written mulae which are comm taught engineer schools. Improve quality of designs by consider mulple failure modes at design stage quickly, easily. ҩҩ Simplify engineer stress concentration culations : ҩҩ - Reference equations & diagrams ҩҩ - Integration of sub-equations - (Press |Sub| bton) ҩҩ - Dynamic culation ҩҩ - Built- unit conversion ҩҩ - Prominent tabbed p display ҩҩ - Simplified main screen lay icons quick idenfication ҩҩ - Built- Cross-section property culators ҩҩ Eir reference double-check, conveniently view each diagram equation at bottom of each culator's screen an easy read graphi lay see reference tbooks. ҩҩ integration of sub-equations, benefit from added ease of determin criti design inps through additional equations if have not determined specific value beeh. (Press |Sub| bton) ҩҩ Dynamic culation allows vary design parameters rapidly see ir result with ever hav re-culate. ҩҩ Inp parameters standard units of measure engineer with hav own conversions. ҩҩ prominent tabbed p display makes ansr alwa directly at h by display p(s) at top of screen. By group culators p mulple design parameters a compact easy use "tabbed" display, "swipe tap" left right p field view of results. ҩҩ simplified main screen lay contains a easy--use list-view of culators, each ir own custom icon it even easier idenfy culator need reduce spend read options. ҩҩ Simplify culations built- cross-section property culators a wide variety of standard shapes have culate area moment of inera (I) by h again. need press |Sub| bton beside cross-section property of interest. ҩҩ Included culators: ҩҩ 1. Impact ce (Horizontal) ҩҩ 2. Impact ce (Ver) ҩҩ 3. Curved Beam Stress ҩҩ 4. Direct Bear Stress ҩҩ 5. Tear Shear Stress ҩҩ 6. Buckl (Concentric Load) ҩҩ 7. Principal Stresses 2D ҩҩ 8. Principal Stresses 3D ҩҩ 9. Von Mises Stress (From Principal Stresses) - Ductile ҩҩ 10. Von Mises Stress (From General Stresses) - Ductile ҩҩ 11. Modified-Mohr Stress - Brittle ҩҩ Units Conversions Supported: ҩҩ Stress / Pressure: Pa, kPa, MPa, GPa, psi, kpsi ҩҩ Strain: unitless, %, Millistrain, Microstrain, Nanostrain ҩҩ ce: N, kN, MN, GN, nN, uN, mN, lbf, kgf ҩҩ Length: m, mm, um, nm, , ft ҩҩ Area: m^2, mm^2, cm^2, um^2, nm^2, ^2, ft^2 ҩҩ Moment of Inera: m^4, mm^4, cm^4, um^4, nm^4, ^4, ft^4 ҩҩ Standard Cross-section Properes A, I J Supported: ҩҩ Area Moment of Inera (I): ҩҩ Rectangle, Hollow Rectangle, Circle, Hollow Circle, I-Beam, Semicircle, Ellipse, General Triangle, Right Triangle, Isosceles Triangle ҩҩ Simple Solions Droid dedicated provid simple solions complex techni problems. ҩҩ reciate any feedback our s help provide better solions , our valued customers. ҩҩ Please note t product intended a reference tool not a substite mal engineer design verification. ҩҩ ҩҩ https://play.google.com/store/s/d...lidMechanicsII ҩҩ http://www.directmirror.com/files/0BQHRXCG
Tittle: Download|Free|Apk|Solid Mechanics 2 v1.0
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