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Figure 1: Mahindra model - COMMANDER 650 Di [9]

Figure 1 Mahindra model - COMMANDER 650 Di [9]

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Table 1: Properties of leaf springs with their formulas and values
Table 1: Properties of leaf springs with their formulas and values
Table 3: Mechanical properties of steel
Table 3: Mechanical properties of steel
Figure 2: Leaf spring model
Figure 2: Leaf spring model
Figure 3: Total deformation in steel
Figure 3: Total deformation in steel
Table 2: Wight of different leaf springs
Table 2: Wight of different leaf springs
Table 4: Properties of composite materials from ANSYS
Table 4: Properties of composite materials from ANSYS
Figure 6: Shear stress in steel Figure 5: Equivalent elastic strain in steel
Figure 6: Shear stress in steel Figure 5: Equivalent elastic strain in steel
Table 5: Summary of parameters for 10 span steel leaf spring
Table 5: Summary of parameters for 10 span steel leaf spring
Figure 4: Equivalent (Von-Mises) stress while using steel
Figure 4: Equivalent (Von-Mises) stress while using steel
Finite element analysis of Epoxy/E-Glass composite material based mono leaf spring for light weight vehicle
Finite element analysis of Epoxy/E-Glass composite material based mono leaf spring for light weight vehicle
Figure 7: Deformation in epoxy s-glass UD Figure 8: Equivalent (Von-Mises) stress in epoxy s- glass UD
Figure 7: Deformation in epoxy s-glass UD Figure 8: Equivalent (Von-Mises) stress in epoxy s- glass UD
Figure 9: Equivalent elastic strain in epoxy s-glass UD
Figure 9: Equivalent elastic strain in epoxy s-glass UD
12, 13, 14, 15, 16, 17 and 18 shows the ANSYS plots and all values are tabulated in Table 6.
12, 13, 14, 15, 16, 17 and 18 shows the ANSYS plots and all values are tabulated in Table 6.
Figure 10: Shear stress in epoxy s-glass UD Figure 11: Deformation in epoxy e-glass UD
Figure 10: Shear stress in epoxy s-glass UD Figure 11: Deformation in epoxy e-glass UD
Figure 12: Equivalent (Von-Mises) stress in epoxy e- glass UD
Figure 12: Equivalent (Von-Mises) stress in epoxy e- glass UD
Table 6: Summary of parameters for different composite material leaf spring
Table 6: Summary of parameters for different composite material leaf spring
Figure 13: Equivalent eastic strain in epoxy e-glass UD
Figure 13: Equivalent eastic strain in epoxy e-glass UD
Figure 14: Shear stress in epoxy e-glass UD
Figure 14: Shear stress in epoxy e-glass UD
Figure 15: Deformation in epoxy e-glass wet
Figure 15: Deformation in epoxy e-glass wet
Figure 16: Equivalent (Von-Mises) stress in epoxy e- glass wet Figure 17: Equivalent elastic strain in epoxy e-glass wet
Figure 16: Equivalent (Von-Mises) stress in epoxy e- glass wet Figure 17: Equivalent elastic strain in epoxy e-glass wet
Figure 18: Shear stress in epoxy e-glass wet
Figure 18: Shear stress in epoxy e-glass wet
Table 7: Mass comparison between models
Table 7: Mass comparison between models
Figure 19: Graphical representation of Table 5 and Ta- ble 6
Figure 19: Graphical representation of Table 5 and Ta- ble 6
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