Vehicle Dynamics - Ride Frequency, Roll and Pitch Analysis

A car has a weight of 1900 lb front axle and 1552 lb on the rear with a wheelbase of 100.6 inches. The tires have the following cornering stiffness values Given Date:- mf=1900lbs mr=1552lbs l=1006.6in wf=8452.7865N wr=6904.591N l=2.555m 1. Ackermann steer angles for 500, 200 and 50 ft radius ackermann steer angle = l/R*(180/3.14)+(k*ay)…

1) Why there is a difference in the formula of variance for population and sample?   Population Sample Mean Variance Population: Population is considering the entire category and mean is caluclated for entire category. eg: To find the Population variance of score in maths of 10 students  Student 1 - 70 Student 2 - 53 Student…

A-Surface Concept Modeling of Front Bumper Objective:- To develop a conceptual design of the Front bymper from the given blue print Introduction:- To create a front bumper using the Autodesk Alias. AutoStudio 2021 software is used.  Autodesk Alias is a family of Computer-aided industrial design…

Topic:- Concept Modelling of Alloy Wheel Objective:- To develop a conceptual design of the Alloy wheel from the given blue print Introduction:- To create a alloy wheel using the Autodesk Alias AutoStudio 2021 software is used.  Autodesk Alias is a family of Computer-aided industrial design…

https://drive.google.com/open?id=0B2S2ZJKcURAmYVNzR0ZNbi13QkE 

Given parameters:-   undamped natural frequency,Wn=[YB*NR+NB*M*U-yR*NB]/[M*U*Izz) here, Yb=Cf+Cr Nr=(a^2*Cf+b^2*Cr)/u Nb=(a*Cf-b*Cr) yR=(a*Cf-b*Cr)/u a) Passenger car 1) undamped natural frequency yb=13752+11460=25212lbs/rad Nr=(2.92^2*13752 +5.41^2*11460)/60=7544.45lbs-ft-sec/rad Nb=2.92*13752-5.41*11460=21842.76lbs-ft/rad…

xls link:-  https://drive.google.com/file/d/1GaTVRR0vQJOYGUiJknvQArjlUbP2MVt0/view?usp=sharing  Goal: Select springs and anti-roll bars, and set up swing arm geometry(anti-characterstics) to meet targets for ride frequency, roll gradient and pitch gradient, while staying within certain constraints Deliverables:…

Stalagmite Mathematical Model Aim:- To solve the global optimization and determine the global maxima for the given function. Principle:- Genetic Algorithm which is based on the Evolution theory of Charles Darwin. Applications :- -IC Engines -Airfoil(lift of aeroplane) to have the minimum drag force for varying angle of…

Aim:- To write a program - To extract the NASA thermodynamics co-efficient of each species - Evaluate the specific heat, enthalpy, entropy using the given function - To plot Temperature(higher and lower) vs specific heat,enthalpy,entropy - To save the plots in each folder for different species - To calculate the Molecular…

https://drive.google.com/file/d/1Tdd4FErC1Gzn3n71l895c-9CJ8TwzObg/view?usp=sharing    1) Calculate the following parameters Front end deflection under load. Rear end deflection under load. Pitch angle. Pitch gradient. Without compensation - It's all physical properties and can't change the load transfer.(in simple…