Fender Design

Aim:  develop the car Backdoor with the help of the reference given in the data Back Door: Backdoor are one of the types of the door of the vehicle which is located next to the passenger seat and provides access to the luggage compartment. In most cars, these back doors are operated with the help of…

Design Consideration of roof: Visibility Criteria Head Clearance Curvature Study Heat Distortion and snow load criteria Draft Analysis Safety Parameters   Roof Crush test for passenger car:   Safety point of view vehicle roof plays a very crucial role especially roll over kind of accidents, In which vehicle tips…

Take the outline of the wheel and the fender. Make the centre of the wheel circle. Draw horizontal and vertical perpendicular axes from the centre of the wheel circle. Draw lines at 30 degrees and 50 degrees from the centre. Make a point on the fender line at 150mm from the horizontal. Extend a line to this point from…

Fender:  Fender is the part of an automobile or other vehicle body that frames a wheel well Its primary purpose is to prevent sand, mud, rocks, liquids, from being thrown into the air and on to the engine compartment by the wheel when the vehicle is in motion.   Design considerations: while…

 Report On Section Modulus previously designed structure is a hood, let's see the strength of the hood, optimise the design then check the bending strength and finally calculate the section modulus. Section Modulus Section Modulus is a geometric property used to calculate the bending stresses in a structural member.…

REPORT OF THE CONNECTORS: First download the connectors and mounting clip from the given link source. Get into the mechanical part workbench to create required geometrical parameters. Create connector connection point and bundle connection point on the required sides of the CAD part. Create axis system on the connector…

Hood design consideration:-   The hood of a car is considered as the frontal BIW enclosure component. Bonnets are designed to reduce air resistance as the air flows around the car. Apart from this, bonnets are also designed to meet several other requirements. They serve a great deal of purpose in protecting the passengers…

Vehicle Undercoating Pros Let’s look at some of the vehicle undercoating pros.   1) Protection Against Corrosion And Rust Undercoating offers a layer of protection against corrosion and rust. Any debris will be repelled by the undercoating.   You can expect years of protection from undercoating although…

 place the p clamps for the support in the needed positions.   2 pole connector used for light,sensors. Three pole interconnection connector used for deliver the current from engine to back door and positing all the connector using the snap and smart move and manupulation command.   The routing starts with…

GO TO THE HARNESS FLATTENING WORKBENCH AND DEFINE THE FLATTENING PARAMETERS. USE THE EXTRACT COMMAND TO BRING THE HARNESS ASSEMBLY TO THE FLATTENING WORKBENCH. CHOOSING A SUITABLE PLANE FOR FLATTEN THE HARNESS ASSEMBLY. BUNDLE SEGMENTS ARE ROTATED AT THE REQUIRED ANGLES. FLATTENING PARAMETERS ARE DEFINED IN ORDER TO MAKE…

1. create  a required geomatrical parameter 2. defined as aconnector 3. defined bundle connection point 4. defined a connector connection point 5. then sketch the given diagram in part design 6. the arrenged the connector in in the given sequence using snap tool 7. After all the connectors are defined, the workbench…

1. create  a required geomatrical parameter 2. defined as aconnector 3. defined bundle connection point 4. defined a connector connection point 5. then sketch the given diagram in part design 6. the arrenged the connector in in the given sequence using snap tool 7. then added corrugated tube of 15mm.

I have to define two points that will be used as entry and exit points. Then a plane has to be defined at the points. A base plane has to be defined again we define the exit point at the first definition as the entry point. hence I have two entry and two exit points.   We define the points in the part workbench. Then…

AXIS SYSTEM TOOK A POINT ON THE MEETING SURFACE FOR THE AXIS SYSTEM ORIGIN OF THE AXIS SYSTEM IS THE NEW POINT Y-AXIS TOWARDS THE TOOP X-AXIS TOWARDS THE LOCKING DIRECTION Z-AXIS TOWARDS THE MEETING DIRECTION   TOOK  A POINT  ON THE ENTRY CONNECTION POINT TOOK POINT USING BETWEEN COMMAND 1.ELECTRICAL TERMINATION:…

AIM: DETAILED REPORT ON BENCHMARKING To prepare a report explaining what is Bench-marking , Compare at least 4 Vehicles and Provide a Preoper conclusion for the report ,suggesting a suitable vehicle among the comparison made. WHAT IS BENCHMARKING ? It is the process of comparing one's business process and performance…

CLASS A INPUT ARM REST CLASS A ARM RSET ONE SURFACE PATCHS WAS NOT GOOD TO WORK FIRST I WORKED ON CLASS A SURFACE. AND NAMED AS A CLASS A MODIFIED   FORMATION OF CLASS B OF ARM REST OFFSET CLASS A MODIFIED 2.5MM AND BROKE SOME PATCHS WORKED ON SURAFCE PATCHS.   FORMATION OF CLASS C TOOK A BOUNDARY OF CLASS…

FORMATION OF CLASS B 1. first i took a point on the surface then i took a line normal to the surface. 2. then offset the surface in inner direction 2.5mm. 3. then i worked on the side fillets which broke during offet with spline. 4. extracted the edgs of the surface and fill with multisection surface. FORMATION OF CLASS…

FORMATION OF CLASS B CREATION  first i tok a opint on the surface and then i took line using line directon. then i extract the surface using  multiple extract then i offset the surface then untrimed . then extrapolate and trimed' then i gave fillets using edge fillets. then for sweep took a boundary of class…

1. to create a tooling axis i took a point on surface and then create a line by  selecting a line direction. 2. to creadte class b surface offset the class a inner direction of 3mm. 3. then i worked on the broken surfaces using extract , extrapolate , untrim tools.  4. then i use fillets to the edges using edge…

1. FORMATION OF CLASS B SURFACE a. first i took a point on CLASS A  SURFACE in Y direction. b. then took a line eith normal the surafce with the point and made a tooing axis. c.offset the CLASS A SURFACE to mane a CLASS B SURFACE. d.then extracted the edges of the fillet surface. e. then with the hepl of multisection…

first creating a dummy tooliing axis because we are not in a position to understand which is a set direction. for creating a tooling axis- first multiple axtract of the base and then create a point on the base by selecting on surface of direction compound and distance 0. then axis system craetion then insurt a sketch positinig…

for making the tooling axis took a point on bumper surface. then with the help of line dorection on  x componnt i amade the tooling axis.

firstly we create a dummy tooling axis to ensure the best direction to create a line select line dierction then point direction select point then increase the length of the line  then plane direction of YZ plane selecting a point then intersection direction by selecting a element direction point 1  then create…

EXPALNATION: first creating a dummy tooliing axis because we are not in a position to understand which is a set direction. for creating a tooling axis- first multiple axtract of the base and then create a point on the base by selecting on surface of direction compound and distance 0. then axis system craetion then insurt…

1. a) Genarator b) Battery c) Starter d) Ignition coil e) Ammeter f) Foot selector switch g) Breaker i) Fuse 2. a. Ignition coil- ignition coil (also called a spark coil) is an induction coil in an automobile's ignition system that transforms the battery's voltage to the thousands of volts needed to create an…