Project 1 - Creation of user defined data type to implement the user interfaces for working with ‘Set’ (Mathematical Set theory) using Linked List

  AIM: To develop an object-oriented library to track automobile maintenance that supports at least three car types including petrol, diesel, gas, and electric cars. The library should allow adding, updating, listing, and removing entries at runtime. Additionally, it should provide maintenance activities such as oil…

#include <iostream> using namespace std; string lights,lever; void setLightsRed(){ lights = "Red"; } void setLightsGreen(){ lights= "Green"; } void setLightsOff(){ lights = "Off"; } string getLights(){ return lights; } void setLeverUp(){ lever = "Up"; } void setLeverDown(){ lever = "Down"; } string getLever(){ return…

#include <stdio.h> #include <stdlib.h> // A structure of linked list node struct node { int data; struct node *next; } *LLOne, *LLTwo, *unionLL, *intersectionLL; void initialize() { LLOne = LLTwo = NULL; } //Given a Inserts a node in front of a singly linked list. void insert(struct node **head, int num) {…

SLDV Design error detection report Requirement tagging report Fixed-point Tool   Model advisor - JMAAB compliance report   Functional test case, MIL, SIL harness, coverage Reports Functional test case SIL MIL SLDV test generation report Auto-code generation report, .c & .h codes Test manager reports – baseline & back-to-back…

1. Simulink model SLDD file   Requirement tagging report Model advisor - JMAAB compliance report Fixed-point Tool   SLDV Design error detection report Functional test case, MIL, SIL harness, coverage Reports SIL   MIL   SLDV test generation report   Auto-code generation report, main , .c &…

  Aim: Model Development of a feature of Highway Assistant-Lane Changing Assistant using MATLAB and Simulink as per MAAB guidelines, producing Model Advisor Report as well as generating Code using AUTOSAR Coder.   Objective: Model Development in MATLAB Simulink as per MAAB guidelines. Code Generation using Autosar…

    Traffic Jam Assistant Feature    AIM Model Development of a single feature of Traffic Jam Assist using MATLAB & Simulink as well as Code Generation using Embedded Coder.    OBJECTIVES Model Development as per MBD guidelines. Creation of Simulink Data Dictionary. Code Generation using…

Aim: To develop an MBD-compliant Adaptive Cruise Control feature as per the provided requirement document using MATLAB Simulink Objectives: Developing Adaptive Cruise Control feature as per the Requirement Document using MATLAB Simulink. Follow all the MBD-related processes: Requirement Tagging & Traceability,…

General Overview: Identifying the direction of the vehicle is one of the important & diverse features in Autonomous driving & Advanced Driver Assistance Features. This particular sub-feature of identifying the direction of vehicle is basically identifying the direction the vehicle is taking based on the camera…

Aim: To perform drop test on given crash box FEM with specified boundry conditions. Procedure:  step 1: Open the dowmloaded .K file in LSdyna prepost step 2: Now open creat entity and creat the noad set (creat entity>Set data>Set noad>select by part). step 3: Go to keywords and select section and give shell…

Aim: To perform drop test on given finite element model with specified boundry conditions. Procedure:  step 1: Open the dowmloaded .K file in LSdyna prepost step 2: Now open creat entity and creat the noad set (creat entity>Set data>Set noad>select by part). step 3: Go to keywords and select section and give…

EXPLIIT ANALYSIS :       In explicit mostly dynamic analysis, nodal accelerations are solved directly (not iteratively) as the inverse of the diagonal mass matrix times the net nodal force vector where net nodal force includes contributions from exterior sources (body forces, applied pressure, contact,…

  1. Conversion of SI unit to kg cm ms Mass = 1 kg 1 kg Length = 1m 100 cm Time = 1 sec 1000 ms Force = 1 N F => mass* acceleration => 1 kg * 1m/s^2 => (1 kg*100cm)/(1000ms)2 => 10-4 (kg*cm)/ms2   Conversion factor = 10-4 Stress = 1 Pa 1 Pa => 1N/m^2 As from the above derived 1N = 10-4 (kg…

 Aim :Perform morphing for the given model and Increase the Height of the Dog houses and Ribs. procedure :  step 1: Open the CAD geometry inside ANSA GUI and set the solver deck to NASTRAN. step 2: Go to geometry check and check for any unjoined surfaces and surface irregularities. step 3: Join all the surfaces…

 Aim : Creating connection for Rear door using ANSA preprocessor. software used : ANSA . procedure :  Step 1: Open ANSA preprocessor and import the CAD geometry with FE model. Step 2: Swith off the CAD geometry and start working on meshed FE model. Step 3: Change PIDs of the FE model by creating new parts…

Aim :  To do Solid meshing of given geometry using ANSA preprocessor Software used : ANSA. procedure :  step 1: Open the CAD geometry inside ANSA GUI and set the solver deck to NASTRAN. step 2: Go to geometry check and check for any unjoined surfaces and surface irregularities. step 3: Join all the surfaces using…

TOOLTEST PLASTIC MESHING 2D Aim :  2D meshing for Plastic components using ANSA preprocessor Software used : ANSA. procedure :  step 1: Open the CAD geometry inside ANSA GUI and set the solver deck to NASTRAN. step 2: GO to geometry check and check for any unjoined surfaces and surface irregularities. step…

Aim :  To do Solid meshing of given geometry using ANSA preprocessor Software used : ANSA. procedure :  step 1: Open the CAD geometry inside ANSA GUI and set the solver deck to NASTRAN. step 2: Go to geometry check and check for any unjoined surfaces and surface irregularities. step 3: Join all the surfaces using…

Aim :  2D meshing for Plastic components using ANSA preprocessor Software used : ANSA. procedure :  step 1: Open the CAD geometry inside ANSA GUI and set the solver deck to NASTRAN. step 2: GO to geometry check and check for any unjoined surfaces and surface irregularities. step 3: Join all the surfaces…

https://1drv.ms/u/s!Ar2Re39c9PzmeuiBT25JD1vDXeg?e=Kc7QbV Above link provides the 2D meshed model Aim : 2d meshing of sheet metal using ANSA preprocessor Software used : ANSA. procedure :  step 1: Open the CAD geometry inside ANSA GUI and set the solver deck to NASTRAN. step 2: GO to geometry check and check for any…