Back Door Challenge

Objective             To know the design strategy for the hood to attain maximum safety for the hood. Using NX software to model the hood with the essential embosses and mastic points. Introduction            …

  Objective To design the fender mounting regions using the skin design given by the styler designers and giving necessary strengthening for the design. Introduction             Fender is the part of the vehicle that covers the wheel and its well. Its primary…

Objective To calculate the Section Modulus cation for the Hood section and optimize the section of hood to improve the Section modulus. Introduction Section Modulus is the geometric Property of a given cross section used in the design of flexural members. Section modulus depends only on the cross section shape of the beam…

    Under body protective coatings (UBC) is used to guard the vehicle chassis from outdoor environment, to ensure the integrity and safety of cars. It is a thick resilient Coating under the chassis of the automobile. A car’s underbody is unprotected to the most wear and tear affected by muddy water, stones,…

  Objective             To calculate the wheel arc for given Fender model, by means of the European standards regulations.  Introduction             Wheel arc calculation is necessary for the fender design…

Objective To create the back door inner panel, outer styling panel with Hemming and reinforcement using NX software with the help of the styling surface provided. Introduction Back door of the car is also known as Tailgate. This is a critical part for back impacts occur on the accidents, which should be ensure that crash…

Objective To design and calculate the performance criteria for the Roof and Rail Reinforcement design, Adding necessary features to develop the strength of the roof. Introduction Roof is a part of an automobile essential to protect and keep the passenger safety from harsh weather condition, accidents etc. the conventional…

Open a new file and start sketching on the XY Plane. Sketch a rectangle of 200mm width and 150mm height. Apply a base flange of 1mm thickness. In YZ plane add the flange of 200mm long and with 10mm radius as shown in the figure. Add flange on the sides as shown. Apply the same thing to other side. Apply closed corner as…