Week 9 - Project - A pillar Design with Master Section

Aim:   To create the a complete design of the tail lamp with all the assembly parts and child parts, also the attachment features by considering the design regulations in CATIA V5 Modelling Software.   Objective:   To the design the solid body tail lamp parts like lens and housing all other parts with the…

    DEVELOPMENT OF DOOR TRIM PANEL Automotive Plastic Trim: The design of Automotive Interior and Exterior plastic components is called Trims. The plastic components that you see inside the car are Interior. Ex: Dashboard, Instrument Panel, Doors, seating, and pillars. Plastic components that you see outside of a car are…

    The Tooling Direction is basically the direction that the mold pulls apart. The mold is built in two separate pieces, basically. You have a Cavity side and you have the Core side. The Core pulls apart from the Cavity and that's the Dyeline or the Tooling Direction. 3.The parting line is where the…

  PROCEDURE :          DRAW AN 3D MODEL AS SHOWN IN THE CHALLENG           CHECK ALL SKETCHS ARE IN ISO CONSTRAIN         CREAT NEW ASSEMBLEY WORK BENCH AND MAKE ASSEMBL OF ALL THE 3D PARTS   

DESIGNING A PILLAR USING MASTER SECTION OBJECTIVES To improvise the Class A surface by resolving bad patches and adding flanges to it.  To create A pillar solid model with the help of  improvised class A surface. To create B side features for the A Pillar using the master section given to us as an input. To create…

TOOLING AXIS: The next step is to create the tooling axis for the part which will determine the direction in which the core and cavity of the mould will move. Designer must ensure that all holes and slots are covered in the main tooling and thus side core must be avoided whenever possible After analysing visually for the…

Draft Analysis report When a plastic component is made, we can observe a draft angle given on each side from the base that is lesser than 90 degrees. This is because in the criteria of making a plastic material the mold should release the material when finished. if the mold surfaces are 90…

      DRAFT OF THE RIBS FOR DOOR HANDLE IS 0.5 DEGREE WHICH FOR THE TOOLING AXIS FOR SMOOTH EJECTION. RIB ROOT THICKNESS IS 2.7 DIA WHICH IS ENOUGH FOR MAXIMUM SHRINKAGE RATE 

TOOLING AXIS:- Considering the Ejection from the cavity of the mould after manufacturing the interior trim (switch bezel) must have the nominal 3-degree draft angle. Hence the tooling direction is created by considering the above factor and bisecting method is used. The base surface of the class – A was extracted…

TOOLING AXIS:- Considering the Ejection from the cavity of the mould after manufacturing the interior trim (switch bezel) must have the nominal 3-degree draft angle. Hence the tooling direction is created by considering the above factor and bisecting method is used. The base surface of the class – A was extracted…