Critical Studies on Design and Analysis of Honeycomb Reinforced Epoxy Glass Fibre Bumper

Subscribers:
9,660
Published on ● Video Link: https://www.youtube.com/watch?v=FUYyq1Jhxaw



Duration: 0:00
8 views
0


Critical Studies on Design and Analysis of Honeycomb Reinforced Epoxy Glass Fibre Bumper

In terms of vehicle safety, static quality, and appearance, bumpers are essential auxiliary element. The purpose of this study is to examine the crashworthiness of an automobile bumper in order to ensure passenger safety. In the first phase, the ABS plastic bumper beam is evaluated with the basic bumper design, and in the second phase, the front section is modelled with the honeycomb structure of glass epoxy fibre to compare the deformation and energy absorbed during the impact. Based on the results of the performance analysis, we can infer that the Epoxy glass fibre bumper material is superior to the competition, and that the changed bumper design is preferable to the present bumper design. This study intends to enhance the design of a passenger car's front bumper and provides a cost-effective alternative for front bumper material and design by stressing safety-enhancing factors.

#honeycomb #deformation




Other Videos By BP International


2021-09-29Determining the Bulk Modulus and Microhardness of Tetrahedral Semiconductors
2021-09-28Root Studies: What is New? An Extension to a Previous Review of 2013
2021-09-28Effect of Zinc Application Biofortification of Zn in Grain of Chickpea (Cicer arietinum L.)
2021-09-28Studies of Mistletoe Presence on Five Tree Species of Samaru Area, Nigeria
2021-09-28Soil Management Investment on Cassava Production in Oyo State, Nigeria
2021-09-28Soil pH Interference in the Behavior of Weak Acid Herbicides
2021-09-27Cartographic Approach in Studying Landscape Morphology and Dynamics in Northwestern..
2021-09-27Techniques for Amelioration of Trace Metal Contaminated Soils
2021-09-27Greenhouse Evaporation Measuring Methods for Estimation of Reference Evapotranspiration
2021-09-27Determination of the Critical Level and Development of Phosphorus Fertilizer According to the Soil..
2021-09-26Critical Studies on Design and Analysis of Honeycomb Reinforced Epoxy Glass Fibre Bumper
2021-09-26Study on Energy Efficiency and Green Activity Trends in Bangladesh
2021-09-26Study on the Impact of Outside Temperature on Remaining Lifespans of Cuffs of Vehicles’ Steering
2021-09-26A Novel Approach for Predicting Disease in Plant Using Hybrid Deep Convolutional Neural Network
2021-09-26Removal of Sr (II) Metal Ions from Aqueous Solution by Using Natural Zeolite and It’s Na-Zeolite
2021-09-26Electrophoresis in Pharamaceutical Analysis-A Review on Recent Application
2021-09-26Asymptotic and Spectral Analysis of a Model of the Piezoelectric Energy Harvester with the Timoshenk
2021-09-26A Study on the Current Trends and Evolution of IoT
2021-09-26Study of the Stress-strain State of Frame Structures of Tractor Trailers
2021-09-26Snort’s Role in IoT Deployment
2021-09-26An Innovative Fuzzy Rule Based Control Analysis of Advanced Unified Power Flow Controller