Figures & data
Figure 1. Configuration of common bumper (Lee et al., Citation2009)
![Figure 1. Configuration of common bumper (Lee et al., Citation2009)](/cms/asset/fa379e2e-45be-4127-9b0d-90c41cd5ac33/oaen_a_1976480_f0001_oc.jpg)
Figure 2. NCAP level for low-speed frontal impact (Hs, Citation2007)
![Figure 2. NCAP level for low-speed frontal impact (Hs, Citation2007)](/cms/asset/a64972db-cc43-4296-9b82-f65f0e4b02d0/oaen_a_1976480_f0002_oc.jpg)
Figure 3. The nomenclature of the honeycomb (Thomas & Tiwari, Citation2019)
![Figure 3. The nomenclature of the honeycomb (Thomas & Tiwari, Citation2019)](/cms/asset/e77aad27-3507-4818-9352-1d51f311a5b0/oaen_a_1976480_f0003_b.gif)
Figure 6. (a) Mesh independency graph. Variation of the stress values with a change in mesh size is illustrated. (b) Meshed bumper with a rigid wall
![Figure 6. (a) Mesh independency graph. Variation of the stress values with a change in mesh size is illustrated. (b) Meshed bumper with a rigid wall](/cms/asset/a7d5760e-84d1-4daa-9a41-5d54f8a7ae7b/oaen_a_1976480_f0006_oc.jpg)
Table 1. Mechanical properties of aluminium alloy 5052 (Bhowmik & Srivas AK, Citation2016)(Bhowmik & Mishra, Citation2018)
Figure 7. (a) Equivalent Stress on the frontal fascia, (b) equivalent Stress on the outer case, (c) equivalent Stress on the honeycomb structure and (d) equivalent stress on the entire bumper (2 mm thickness)
![Figure 7. (a) Equivalent Stress on the frontal fascia, (b) equivalent Stress on the outer case, (c) equivalent Stress on the honeycomb structure and (d) equivalent stress on the entire bumper (2 mm thickness)](/cms/asset/96e955fa-1194-43da-878a-88fcfcea5a74/oaen_a_1976480_f0007_oc.jpg)
Table 2. Equivalent stress values in different bumper parts
Figure 8. (a) Equivalent Stress on the frontal fascia, (b) equivalent Stress on the outer case, (c) equivalent Stress on the honeycomb structure and (d) equivalent stress on the entire bumper (4 mm thickness)
![Figure 8. (a) Equivalent Stress on the frontal fascia, (b) equivalent Stress on the outer case, (c) equivalent Stress on the honeycomb structure and (d) equivalent stress on the entire bumper (4 mm thickness)](/cms/asset/8efd374c-7a7b-40c9-9bf9-58477380066e/oaen_a_1976480_f0008_oc.jpg)
Table 3. Equivalent stress values in different bumper parts