Msc Adams For Beginners

MSC Adams For Beginners

What you'll learn

Familiarity with all uses of the program

Design of many mechanical works

Minimize time and cost to design

Thinking and being creative in creating new designs

Requirements

No experience needed

Description

Adams is the most widely used multibody dynamics and motion analysis software in the world. Adams helps engineers to study the dynamics of moving parts, how loads and forces are distributed throughout mechanical systems, and to improve and optimize the performance of their products so in this course we will discuss many problems so we will be able to use Adams .Adams incorporates real physics by simultaneously solving equations for kinematics, statics, quasi-statics, and dynamics. Utilizing multibody dynamics solution technology, Adams also runs nonlinear dynamics in a tiny fraction of the time required by FEA solutions. Loads and forces computed by Adams simulations improve the accuracy of FEA by providing better assessment of how they vary throughout a full range of motion and operating environments. Adams has a full graphical user interface to model the entire mechanical assembly in a single window. Graphical Computer-aided design tools are used to insert a model of a mechanical system in three-dimensional space or import geometry files such as STEP or IGS. Joints can be added between any two bodies to constrain their motion. Variety of inputs such as velocities, forces, and initial conditions can be added to the system.Adams simulates the behavior of the system over time and can animate its motion and compute properties such as accelerations, forces, etc. The system can include further complicated dynamic elements like springs, friction, flexible bodies, contact between bodies.[2] The software also provides extra CAE tools such as design exploration and optimization based on selected parameters. The inputs and outputs of the simulation can be interfaced with Simulink for applications such as control.

Overview

Lecture 1 Introduction

Lecture 2 2-Installation

Lecture 3 3- 4bar mechanism

Lecture 4 4-Three slider mechanism

Lecture 5 5-Flipping Mechanism

Lecture 6 6-Rotation Translation Mechanism

Lecture 7 7-cam-project

Section 1: More Detailed

Lecture 8 8-Gears

Lecture 9 9-Chain

Lecture 10 10-Cable Project

Lecture 11 11-Spring system

Lecture 12 12-Simulation of a ball falling from a certain height vertically

Lecture 13 13-Step Cycle Standing up N down Chain Mechanism

Lecture 14 14-Bicycle project

College students, mechanical designers and engineering design giants