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Strength vs Density Download: 640 x 960 | 1280 x 1024 | 2520 x 2048. Chart created using CES EduPack 2019, ANSYS Granta © 2020 Granta Design
A range of materials are included in the chart. These charts display data for important properties which are of primary interest in characterization of materials and engineering design. These properties include density, modulus, strength, toughness, thermal conductivity, diffusivity and expansion.
Material Selection Charts. In order to demonstrate the power of the material selection chart approach, a number of common property combinations have been plotted - these are listed below. If your browser is capable 1, you should see interactive chart pages which: Allow you to view the selection charts. Enable you to interactively 'explode ...
General Density ρ (kg/m 3 or Mg/m ) Price Cm ($/kg) Mechanical Elastic moduli (Young's, Shear, Bulk) E,G,K (GPa) σYield strength y (MPa) σUltimate strength u (MPa) Compressive strength σ c (MPa) Failure strength σf (MPa) Hardness H (Vickers) Elongation ε (--) Fatigue endurance limit σe (MPa) KFracture toughness 1c (MPa.m 1/2)
1 de oct. de 2014 · The Ashby charts will portray (i) absolute tensile properties, (ii) tensile properties per unit density, (iii) tensile properties per unit cost, and (iv) tensile properties per unit eco-impact. The tensile properties of various PFRPs are also compared with other classes of engineering materials, and specifically similar GFRPs.
24 de jul. de 2020 · La tenacidad de la cerámica es suficiente solo para la carga de compresión, pero insuficiente tanto en tensión como en flexión. 2. La madera no es lo suficientemente fuerte, mientras que los materiales compuestos pueden ser demasiado caros. 3. Como conclusión, podemos afirmar con seguridad que los metales ofrecen el mejor rendimiento general.
Weight: Density ρ, Mg/m3. Expense: Cost/kg Cm, $/kg. Mechanical. Stiffness: Young’s modulus E, GPa Strength: Elastic limit σy , MPa Fracture strength: Tensile strength σts, MPa Brittleness: Fracture toughness Kic, MPa.m1/2. Thermal. Expansion: Expansion coeff. α, 1/K Conduction: Thermal conductivity λ, W/m.K. Electrical. Conductor?
