TAILIEUCHUNG - Ebook Mechanics of materials (7th edition): Part 1

(BQ) Part 1 book "Mechanics of materials" has contents: Tension, compression, and shear; axially loaded members; torsion; shear forces and bending moments, stresses in beams (basic topics). | CONVERSIONS BETWEEN . CUSTOMARY UNITS AND SI UNITS Times conversion factor . Customary unit Equals SI unit Accurate Acceleration (linear) foot per second squared inch per second squared ft/s2 in./s2 Area square foot square inch ft2 * * Density (mass) slug per cubic foot slug/ft3 Density (weight) pound per cubic foot pound per cubic inch lb/ft3 lb/ Practical meter per second squared meter per second squared m/s2 m/s2 645 square meter square millimeter m2 mm2 515 kilogram per cubic meter kg/m3 157 271 newton per cubic meter kilonewton per cubic meter N/m3 kN/m3 joule (Nиm) joule megajoule joule J J MJ J newton (kgиm/s2) kilonewton N kN newton per meter newton per meter kilonewton per meter kilonewton per meter N/m N/m kN/m kN/m * * Energy; work foot-pound inch-pound kilowatt-hour British thermal unit ft-lb kWh Btu Force pound kip (1000 pounds) lb k Force per unit length pound per foot pound per inch kip per foot kip per inch lb/ft lb/in. k/ft k/in. Length foot inch mile ft in. mi * * * meter millimeter kilometer m mm km Mass slug lb-s2/ft kilogram kg Moment of a force; torque pound-foot pound-inch kip-foot kip-inch lb-ft lb-in. k-ft k-in. newton meter newton meter kilonewton meter kilonewton meter N·m N·m kN·m kN·m * 1055 175 175 CONVERSIONS BETWEEN . CUSTOMARY UNITS AND SI UNITS (Continued) Times conversion factor . Customary unit Equals SI unit Accurate Moment of inertia (area) inch to fourth power inch to fourth power 416,231 Practical 416,000 Ϫ6 ϫ 10 4 in. millimeter to fourth power meter to fourth power mm4 m4 kilogram meter squared kg·m2 watt (J/s or .

• Cơ khí - Chế tạo máy
• Mechanics of materials
• Axially loaded members
• Bending moments
• Stresses in beams
• Statically indeterminate structures
• Strain energy
• Nonlinear behavior
• Composite materials
• Mechanics of composite materials
• Mechanics of composite materials with MATLAB
• Effective elastic constants
• Homogenization of composite materials
• Introduction to damage mechanics
• Cơ học vật liệu
• Lecture Mechanics of materials
• Mechanical properties of materials
• Material impact on deformation
• Rectangular cross section
• Elastic and plastic regions
• Tension test
• Material constants
• Modulus of elasticity
• Logic in structural analysis
• Mechanics materials
• Recycling fiber reinforced composites
• Macromechanical analysis of a lamina
• Fracture mechanics
• mechanics
• racks in materials
• analytical solid mechanics
• modern materials science
• macroscopic mechanical
• Structure free body diagram
• Component free body diagram
• Method of joints
• Axial loading
• Normal strain
• Stress strain test
• Torsional loads
• Axial shear components
• Shaft deformations
• Pure bending
• Symmetric member
• Bending deformations
• Beams for bending
• Bending moment diagrams
• Bending moment
• Shearing stresses in beams
• Thinwalled members
• Beam element
• Transformations of stress
• Transformation of plane stress
• Maximum shearing stress
• Principle stresses
• Transmission shaft
• Stresses under combined loadings
• Deflection of beams
• Elastic curve
• Statically indeterminate beams
• Stability of structures
• Pin ended beams
• Eccentric loading
• Energy methods
• Strain energy density
• Torsion of Shafts
• Internal Torque
• Homogeneous cross section
• Concept of stress
• Stress on a surface
• Tensile stress
• Contructions of stress element
• Stress components
• Concept of strain
• Lagrangian strain
• Eulerian strain
• Preliminary definitions
• Average normal strain
• Average shear strain
• Axial members
• Prelude to theory
• Internal axial force
• Strain distribution
• Material model
• Axial formulas
• Theory for circular shafts
• Torsion formulas
• Circular cross section