VEHICLE DYNAMICS FORCE, POWER & TORQUE

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                                                     BACKDOOR ASSEMBLY DESIGN AIM:     To Create a Backdoor Assembly design by developing the essential Reinforcements and Embosses and also to perform Draft Analysis. OBJECTIVE: To Create an Assembly for the Backdoor by developing essential Reinforcements and Embosses. To…

                                                        ROOF ASSEMBLY DESIGN AIM:     To Create an Roof Assembly by developing the essential flanges for the outer Roof with Reinforcements and to perform the calculation for the positions of Bow Roofs and perform Draft Analysis. OBJECTIVE: To Create an Assembly for the Roof…

                                                           FRONT FENDER DESIGN AIM:    To Create a Front Fender design using the Skin data provided, also by using the Master section to create a Drip Area and to create a Sill, Bumper, Baffle (Splash), A-Piller Mounts on the Fender. OBJECTIVE: To Create a Front Fender Design…

                                                    FENDER DESIGN - WHEEL ARCH…

                                                                   SECTION MODULUS AND OPTIMIZATION AIM:    To Calculate the section modulus of Hood to analyze the strength and also to optimize the design of Hood to Analyze the Improved Strength. OBJECTIVE: To Create the Intersection curve along the 0-Y plane on the Inner…

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                                                    DEVELOPMENT OF A DOOR TRIM PANEL AIM:   …

                                                                         ASSEMBLY WORKBENCH                                                              QUICK RETURN MECHANISM AND CV JOINT AIM:     To create a 3 D Solid CAT Part files using 2 D Sketch, also to solve the sketches with fully (ISO) constrained and also to…

                                                        UNDER BODY COATING  AIM:     To create a report by explaining about Under Body Coating and also to explain about thier purpose and different types of Under Body Coatings. OBJECTIVES: To Explain about Under Body Coating in detail. To Create a detailed report by explaining…

                                                                     BENCHMARKING  AIM:     To create a report by explaining about Benchmark, with the help of given case for Mr. Pughazhyendhii to provide a conclusion by suggesting a single suitable vehicle among comparisions with different vehicles. OBJECTIVES: To Explain…

                                                       A PILLER DESIGN WITH MASTER SECTION AIM:    To create a A Piller Plastic Component using a Class 'A' Surface and by using the Closed Surface Feature to create a solid part from the surface and create a B Surface with Attachement feature Dog House Design with supporting…

                                                  DOOR TRIM LOWER - CLOSED SURFACE FEATURE AIM:   …

                              DOOR TRIM - CLOSED SURFACE - ATTACHEMENT FEATURE CREATION - DOG HOUSE DESIGN AIM:    To create a Door Trim Plastic Component using a Class 'A' Surface and by using the Closed Surface Feature to create a solid part from the surface and create a B Surface with Attachement feature Dog House Design…

                                                     BUMPER  - CLOSED SURFACE FEATURE AIM:     To create a Bumper Plastic Component using a Class 'A' Surface and by using the Closed Surface Feature to create a solid part from the surface. OBJECTIVE: To Create a Plastic Component using the Class 'A' surface. To create a…

                       DOOR HANDLE - CLOSED SURFACE - ATTACHEMENT FEATURE CREATION - RIBS AND SCREW BOSSES AIM:    To create a Door Handle Plastic Component using a Class 'A' Surface and by using the Closed Surface Feature to create a solid part from the surface and create a B Surface Attachement features Ribs and Screw…

                                                         CORE AND CAVITY DESIGN - SWITCH BEZEL AIM:    To create a core and cavity Blocks for the Switch Bezel Plastic Component using a Class 'A' Surface and by using the Close Surface Feature to create a solid part from the surface. OBJECTIVE: To Create a Plastic Component…

                                            COIN HOLDER - CLOSED SURFACE FEATURE AIM:    To create a…

                                            SWITCH BEZEL - CLOSED SURFACE FEATURE AIM:    To create…

                                          BASE BRACKET DESIGN - CLOSED SURFACE FEATURE AIM:    To create a Base…

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                   SOLVING QUASI 1 - DIMENSIONAL SUPERSONIC NOZZLE FLOW EQUATION USING                                       …

                                NUMERICAL ANALYSIS OF 2-DIMENSIONAL HEAT CONDUCTION EQUATION AIM:      To write a code to solve 2-Dimensional Heat conduction equation for Steady state analysis and Transient State…

                              NUMERICAL APPROXIMATION ANALYSIS -TAYLOR'S TABLE METHOD AIM:      To write a program that compares the central, Skewed right-sided…

                                DEVELOPMENT OF A FORWARD ENERGY BASED FUEL CONSUMPTION MODEL OF                                            …

                         ANALYSIS OF DESIGN TOOTH LOAD’S IN SPUR GEAR USING MATLAB AIM:             To analyze the different kind of load’s acting…

                           DEVELOPMENT OF A FORWARD ENERGY BASED FUEL CONSUMPTION MODEL OF                                             …

AIM:    To evaluate the force in (N), torque in (Nm) and power in (kW) requirement at the wheel as a function of vehicle speed in (km/hr) for different driving conditions. OBJECTIVE: To calculate forces,power and torque requirements for vehicle for different driving conditions. To show sample calculations for…

                                    THE HYBRID VEHICULAR TRANSPORTATION SITUATION IN INDIA AIM:     To write a brief report on the…

                                              MODELLING OF ALL-TERRIAN VEHICLE AIM:     To Carry out a system-level simulation modelling of an all-terrain vehicle and to validate the effect of parameter's affecting closed and open loop system's in All-Terrian Vehicle. OBJECTIVE:  To prepare a technical report explaining…

                                              MODELLING OF ALL-TERRIAN VEHICLE AIM:    …

                                            MODELLING OF WASHING MACHINE USING STATE FLOW AIM:      To implement control logic of a “washing machine” using State flow as per the sequences. OBJECTIVE: To implement the state machines using control logics for the sequence. To create a power supply for activating the systems.…

                                            MODELLING OF WASHING MACHINE USING STATE FLOW AIM:     …

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AIM:     To plot the Mathematical Equation model using Simulink Blocks and to study the suspension system comparision. OBJECTIVE: Plot a function  y(x) = (x-1) * (x-3)^2 * (x-9)^2 using Simulink blocks.  To Study ''SUSPENSION SYSTEM COMPARISION.             A. The…

AIM:    To write a code to simulate Rankine Cycle and to determine the state points. OBJECTIVE: To calculate the state points of the Rankine Cycle  based on user inputs.  Plot the corresponding T-s and h-s plots for the given set of inputs. To explain the working of a rankine cycle By using, standard…

AIM:    To write a code to simulate Rankine Cycle and to determine the state points. OBJECTIVE: To calculate the state points of the Rankine Cycle  based on user inputs.  Plot the corresponding T-s and h-s plots for the given set of inputs. To explain the working of a rankine cycle By using, standard…

AIM:      To write a code to evaluate thermodynamic properties of Specific heat (cp), Enthalpy (H),Entropy ( S) for all the species in the data file. OBJECTIVE: To write a function that extracts the 14 co-efficients and calculates the enthalpy, entropy and specific heats for all the species in the data file.…

AIM:   To write a code to evaluate thermodynamic properties of Specific heat (cp), Enthalpy (H),Entropy ( S) for all the species in the data file. OBJECTIVE: To write a function that extracts the 14 co-efficients and calculates the enthalpy, entropy and specific heats for all the species in the data file. Calculate…

AIM:     To Write a code in MATLAB to optimise the stalagmite function and to find the Global Maxima of the function. OBJECTIVE:  Plot graphs for Evaluating Unbounded Conditions, Bounded Conditions and Increase Population size  for a stalagmite function.  Plot graphs for F maximum vs…

AIM:     To Write a code in MATLAB to optimise the stalagmite function and to find the Global Maxima of the function. OBJECTIVE:  Plot graphs for Evaluating Unbounded Conditions, Bounded Conditions and Increase Population size  for a stalagmite function.  Plot graphs for F maximum vs…

AIM:      TO write a code to fit a linear and Cubic polynomial for the given data’s and to write a code to show splitwise method. OBJECTIVE:       1. Plot the linear and cubic fit curves along with the raw data points.       2. Explain the parameters used…

AIM:     To write a Matlab program to solve second Order Differential Equation(ODE) . OBJECTIVE:     To create an animation of a simple pendulum by solving ODE. INTRODUCTION:     SIMPLE PENDULAM:                …

AIM:     To write a Matlab program to solve second Order Differential Equation(ODE) . OBJECTIVE:     To create an animation of a simple pendulum by solving ODE. INTRODUCTION:     SIMPLE PENDULAM:                …

AIM:       To write a matlab Program to solve an otto cycle(Air standared cycle) OBJECTIVE:       1.To plot  a PV diagram       2.To find the thermal efficiency of an engine INTRODUCTION:       An Otto cycle is an idealized,…