Required task:• Design the following part in Fusion 360 (A=10 in, B=12 in, C=1 in, D=6 in). This part will be the‘Starting shape’ for Generative design• Do not change resolution under ‘Study Settings’• The part is ...

The purpose of this section is to understand the basic steps involved in Computer Aided Manufacturing(CAM) using Fusion 360 platform and create a NC code / gcode file.Helpful tutorials:1. Fusion 360 CAM tutorial on Solidprofessor2. Fusion ...

Section 1: Fusion 360 Part Modeling (Design)The purpose of this section is to understand the basic steps involved in part modeling on Fusion 360.Helpful tutorials:1. Solidprofessor Fusion 360 Tutorial2. Designing a simple whistle in Fusion 360: ...

Determine the rudder parameters including rudder type, area, and aspect ratio using LR or and DNV rules to verify your rudder design behind a propeller

Determine the rudder parameters including rudder type, area, and aspect ratio using LR or and DNV rules to verify your rudder design behind a propeller

The Design ProblemAn EV (say Tesla Model 3) has a Vehicle Mass of 1611 kg, wheel radii of 0.35 m, a fixed gearratio of 9.734:1 and a front area of 2.16 m 2 . This EV is driven ...

Task 5 – Figure 11 and Listing 4 show the schematic and HDL representation of the‘BoothModMult’ signed multiplier design (the latter is incomplete). Using the Xilinx ISE HDL texteditor (or Notepad++), complete the top–level HDL source file (BoothModMult.v) ...

Accumulator and BMM_FSM_NC.Figures 4, 5, 7 and 8, in the associated document ‘KD6028_6002_Workshop_2021_22.pdf’, showthe internal logic structure of each of the four sub–modules comprising the signed 8–bit x 8–bitmultiplier, ‘BoothModMult’, module.Create Verilog–HDL source behavioural–style descriptions for ...

Listing 2 and Listing 3 in the accompanying document, named‘KD6028_6002_Workshop_2021_22.pdf’, show the algorithmic description of the multiplier‘BoothModMultAlg’ and associated test–bench. Create a new Xilinx ISE project (targeting thecorrect CPLD device etc.) and copy the source text from ...

The system shown in figure 2 makes use of a 16–bit test pattern generator (PattGen – PG1) toproduce the input values for the signed multiplier. The patter generator can be configured toproduce pseudo–random test patterns or fixed ...