Week - 4

Aim: To simulate the Rankine Cycle and plot the corresponding T-S and H-S plots using MATLAB. Objective: Calculate the state points of the Rankine Cycle based on given inputs.  Plot the corresponding T-S and H-S plots for the given set of inputs.    Introduction: Rankine cycle converts thermal energy…

BUTTERFLY VALVE ASSEMBLY: Open New & select Assembly option. Intially copy all the parts of the Butterfly Valve in Nx-cad from Add Component option. BUTTERFLY VALVE UNASSEMBLED PARTS: The above figure depicts all the parts of butterfly assembly which as to be assembled. STEPS TO BE FOLLOWED FOR BUTTERFLY VALVE ASSEMBLY:…

FENDER WHEEL ARCH: Wheel arch igs.file has opened as given Insert a geometrical set Constructions. Intially join all the surfaces for merging distance 0.001mm. Join all wheel surfaces & name it as Wheel Extract surface.99\face.1 Join extract.1 & join.1 & name it as Fender Draw a sketch. Insert a point. Draw…

ROOF: They have given the outer panel where we have to do the design:   Insert a Geometrical set & name it as Construction. Insert another geometrical set Outer panel under the construction. OUTER PANEL: Intially Extract the surface. Next step is to Untrim the  extracted surface. Insert a boundary for the…

BACK DOOR: This is the IGS file given where we have to design.     WIPER MOUNT: Intially we have to create Wiper Mount Reinfocement. For wiper mount, surface 1 & surface 2 has to be taken. Multiple Extract both the surfaces. Make it as a solid body.              OUTER PANEL…

ROOF: They have given the outer panel where we have to do the design:   Insert a Geometrical set & name it as Construction. Insert another geometrical set Outer panel under the construction. OUTER PANEL: Intially Extract the surface. Next step is to Untrim the  extracted surface. Insert a boundary for the…

  FENDER DESIGN: The above figure is the part file given to us In this part file we have to create Drip Area, Wheel arch, Sill, Bumper, A Pillar. Before Creating these things we have do few modifications in the Fender Design. Intially a geometrical set, Improvements. Improvements: Join the surface (join 1). Join the…

INNER PANEL: Open the cat.part & name it as Inner panel. Inner Panel: Intially Outer panel cat.part will be given from where we have to create Inner Panel. Steps to be followed: Insert a geomnetrical set & name it as Construction. Inside construction copy the outer panel & name it as inner panel. Split the…

UNDERBODY COATING: Car undercoating, in a nutshell, is a type of defensive layer that’s applied to the undercarriage of vehicles. These sections are close to significant deterioration all of the time. It isn’t uncommon for drivers to neglect to pick up on destruction until a lot of time has gone by and it is…

AIM:         SUGGESTING A BIG CAR FOR Mr. D.S. Pughazhyendhii . His budget falls between 8 to 10 lakhs on road for office & family purpose.   CARS suggested: Hyundai venue Mahindra XUV TATA NIXON Maruti Suzuki S-Cross Characteristics of cars: BS VI Engine Good mileage Smooth finishing…

The model is divided into 4 parts: Lower Substates Map Pocket Door Arm Rest Bottle Holder   Creating A,B, & C surfaces for Lower Substates: LOWER SUBSTATES: CLASS A SURFACE: Class B surface: Insert Geometrical set & name it as CLASS B SURFACE. From Class A surface which is given above we have to create Class B surface.…

DOOR ARM REST:CLASS A SURFACE: Class B surface:From Class A surface Given above we have to create Class B surface.Insert a Geometical set  & name it has CLASS B SURFACE.Intially create a offset for 2.5mm in Class A surface.Multiple Extract the offseted sutface.Create sweep for surfaces.Create splines for…

MODEL 1 PART 2:SKETCH 1: PART 2:FINAL PART:  PART 3:SKETCH 1: SKETCH 2: PART 3:FINAL PART: PART 4:SKETCH 1:SKETCH 3:PART 4:FINAL PART: PART 5:SKETCH 3:SKETCH 6:SKETCH 7: PART 5:FINAL PART: PART 6:SKETCH 1: PART 6:FINAL PART:     MODEL 2:PART…

1.Implement control logic of a “washing machine” using Stateflow as per given sequence:  If the power supply is available, the system gets activated  If the Water supply is not available, stop the process & indicate through LED Soaking time should be 200s followed by Washing time of 100s. Then…

MASTER SECTION:   Intially insert a geometrical set define it as work object & name it as Construction.  Under construction intially create atooling axis.   TOOLING AXIS: Intially tooling axis is created by creating two lines by bisecting option and extruding it, dummy tooling axis will be formed. Insert…

AIM:Make a Simulink model of Doorbell using solenoid block with the following details   In the above arrangement, when the switch is closed the electromagnet receives electrical power from the battery and pulls the metal arm to hit the bell producing sound.  Create a situation where the switch is closed…

  DOOR APPLIQUE: CREATING B & C SURFACE FROM A SURFACE: B SURFACE: Extract the A surface. Surface untrim the A surface. Extrapolate the surface. Offset the surface A. Repeat the all the 4 operations for the back side. Finally trim that the B surface will be formed.   C SURFACE: Intially Insert a boundary…

  COIN HOLDER: CREATING SCREW BOSS & DOG HOUSE FOR THE GIVEN COIN HOLDER: SCREW BOSS-: Insert Geometrical set and name it as screw bose. Draw a sketch 2 circles small circles small circle dia 5mm & big circle dia 8.2mm. Craete a pad for those circles as 12mm in first limit & 1mm in second limit. Add it…

 COIN HOLDER:   RIBS has to be created for coin holder &  Creating draft analysis for RIBS.   Steps for creating ribs: Intially extrude the B Surface. Draw a sketch for Ribs. SKETCH FOR RIBS:   Extrude the sketch. Thicken the extruded part as per given dimension. Click on draft command and…

SWITCH BEZEL: DRAFT ANALYSIS OF SWITCH BEZEL: Choose the customize toolbar and select materials in that toolbar. Insert Analysis, feature draft anlysis. Select compass in draft analysis and place it on the  Tooling axis to coincide. In display Toolbar in draft analysis shoes the degree green as 3 , red as zero &…

COIN HOLDER DESIGN: CLASS A SURFACE: In this design CLASS A surface is given.        Steps to be followed: Intially create a point in Coin Holder in class A surface i.e., position sketch. The next step is to Insert Axis system to create a Tooling Axis inside the Geometrical Set.   Choose line option…

CLASS A SURFACE: In this design CLASS A surface is given, where we have to complete the draft analysis of SWITCH BEZEL.        Steps to be followed: Intially create a point in SWITCH BEZEL in class A surface i.e., position sketch. The next step is to Insert Axis system to create a Tooling Axis inside…

BASE BRACKET DESIGN: CLASS A SURFACE In this design CLASS A surface is given, where we have to complete the draft analysis of Base Bracket.        Steps to be followed: Intially create a point in Base Bracket in class A surface i.e., position sketch. The next step is to Insert Axis systemto create a…

Draft:          Drafts are defined on molded parts to make them easier to remove from molds. There are two ways of determining the objects to draft: either by explicitly selecting the object or by selecting the neutral element, which makes the application detect the appropriate faces to use.…

AIM:         To write a program for file parsing & molecular weight.   OBJECTIVE:                      To Plot graphs for  Cp, Enthalpy and Entropy for the local temperature range (low temperature : high temperature) w.r.t 53 spcies…

Aim:          To write a progarm for Stalagmite Mathemitical Model &  Genetic Algorithm.     %Stalagmite Mathematical model clear all close all clc %Defining our search space x=linspace(0,0.6,150); y=linspace(0,0.6,150); %Creating a 2Dimensional mesh [xx yy]=meshgrid(x,y); %Evaluating the stalagmite function for i=1:length(xx)…

  Aim:        Write a Program to solve the 2nd order ODE & Simulate the simple pendulum by using MATLAB       Objective:       A Program to calculate angular velocity and angular displacement       Simple Pendulum:   Principle:    …

%Forward Kinematics of 2R Robotic Arm clear all close all clc % Let us take length of arm link1 & link2 as l1&l2 respectively l1=4; l2=8; Let us take Angle of theta1 and theta2 theta1=linespace(0,90,10); theta2=linespace(0,90,10); ct=1; for i=1:length(theta1); THETA1=theta1(i); for j=1:length(theta2); THETA2=theta2(j);…

  Identify each of the major elements in the above automotive wiring diagram                    MAIN POWER        CONTROL LINE              ANCILLARY Generator Breaker Parking Lamp Battery ammeter Sealed Beam Starter…