Fusion 360 Simulations

释放Fusion 360一体化CAD/CAM/渲染/模拟软件包的模拟能力，大家好，欢迎来到Fusion 360模拟在本课程中，我们将介绍Fusion 360中的所有模拟，还将介绍一些驱动这些模拟的基本物理原理。这将允许您分析结果并对模型进行改进以提高性能。首先，我们将讨论您将从模拟中获得的信息(模拟的目的)，然后将介绍每个模拟的基本物理原理和选项 将概述模拟之间的差异，然后使用模拟研究中的各种选项设置一个示例，然后分析和审查结果，并简要讨论可以对零件或研究进行的改进。 fusion中的模拟非常昂贵静态应力是免费的，但之后最便宜的模拟是9美元一次模拟然后模拟价格一直涨到33美元用于创成式设计要完成一个设计可能需要许多修改、更新和重新模拟这种成本会很快增加到你可以意识到如果你计划做大量的模拟，有一个1600美元的模拟扩展这个扩展允许你做无限的模拟这可能对 您正在进行的模拟计算确保评估模拟扩展的ROI(投资回报),但这不包括扩展中的创成式设计，它是独立的扩展。涵盖的模拟有:静态应力模态频率电子冷却热应力热应力结构屈曲非线性静态应力准静态事件模拟动态事件模拟形状优化注塑模拟创成式设计

MP4 |视频:h264，1280×720 |音频:AAC，44.1 KHz
语言:英语|大小:5.27 GB |时长:12小时1分钟

你会学到什么
在Fusion 360中设置模拟
一些驱动不同模拟的基础物理
如何改善模拟的结果
如何设置模拟以充分利用您的Flex令牌

要求
用于模拟或教育许可的灵活代币

Unlease The Simulation Power Of Fusion 360 The All In One CAD/CAM/Rendering/Simulation Package

What you’ll learn
Settup The Simulations In Fusion 360
Some Basic Physics That Drive The Different Simulations
How To Improve The Outcome Of Simulations
How To Setup Simulations To Get The Most Out Of Your Flex tokens

Requirements
Flex Tokens To Spend On Simulations Or Education License

Description
HelloWelcome to Fusion 360 SimulationsIn this course we will be covering all of the simulations in Fusion 360Also there will also be some basic diving into the physics that drives to these simulationsThis will allow you to analyze your results and make improvements to your model to improve performanceFirst we will go over what information you will get from the simulation (what the simulation is for)Then the basics physics will be coveredThen the environment for each simulation and options that are different between simulations will be over-viewedThen a example will be setup using various options from the simulation studyThen the results will be analyzed and reviewed and brief discussion on improvements that could be made to part or study Know this going in, simulating in fusion is very expensiveStatic Stress is free but the cheapest simulation after that is 9 USD a simulationThen the simulation price goes all the way up to 33 USD for Generative DesignTo finalize a design it may take many revisions and updates and re simulatingThis cost can add up fast to be awareIf you plan on doing alot of simulations there is a 1,600 USD Simulation ExtensionThis extension allows you to do infinite simulationsThis might make sense for the simulation count you are doingMake sure to evaluate the ROI (Return on Investment) for Simulation ExtensionsBut this does not cover generative design in the extension that is separate extensionCovered simulations are:Static StressModal FrequenciesElectronics CoolingThermalThermal StressStructural BucklingNonlinear Static StressQuasi-static Event SimulationDynamic Event SimulationShape OptimizationInjection Molding SimulationGenerative Design

Overview
Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Who Is Your Instructor

Lecture 3 What is Simulation

Lecture 4 Cost Of Fusion 360 Simulations

Section 2: Static Stress

Lecture 5 Introduction

Lecture 6 What is Force

Lecture 7 What is Stress

Lecture 8 Strain

Lecture 9 Stress And Strain Graph Of Material

Lecture 10 Youngs Modulus

Lecture 11 Yield Strength

Lecture 12 Ultimate Strength

Lecture 13 Fracture

Lecture 14 Safety Factor

Lecture 15 Material Properties Summary

Lecture 16 Fusion 360 Static Stress Enviroment

Lecture 17 Setting Up and Running Basic Static Stress Simulation

Lecture 18 Looking at Basic Static Stress Results

Lecture 19 Mesh Size

Lecture 20 Adaptive Mesh Refinement

Lecture 21 Contacts For Assembly Simulation

Lecture 22 Assembly Results

Section 3: Thermal

Lecture 23 Introduction

Lecture 24 What is Heat

Lecture 25 What is Conduction

Lecture 26 What is Convection

Lecture 27 What is Radiation

Lecture 28 What is Power

Lecture 29 Thermal Enviroment Overview

Lecture 30 Thermal Simple Simulation and Results

Lecture 31 Downside of This Type of Simulation

Section 4: Thermal Stress

Lecture 32 What is Thermal Stress

Lecture 33 Stress Origin Through Expansion

Lecture 34 Thermal Exapnsion Coeefficients

Lecture 35 Thermal Stress Enviroment Introduction

Lecture 36 Thermal Stress Basic Study

Lecture 37 Thermal Stress Assembly

Section 5: Electronics Cooling

Lecture 38 Introduction

Lecture 39 Introduction to Enviroment

Lecture 40 Setting Up Electronics Cooling

Lecture 41 Results

Section 6: Structural Buckling

Lecture 42 Introduction

Lecture 43 When Should You Run Simulation

Lecture 44 Enviroment

Lecture 45 Setting Up Simulation

Lecture 46 Buckling Results

Section 7: Nonlinear Static Stress

Lecture 47 Introduction

Lecture 48 Enviroment

Lecture 49 Setting Up Simulation

Lecture 50 Simulation Results

Section 8: Quasi Static Event Simulation

Lecture 51 Enviroment

Lecture 52 Simulation Setup

Lecture 53 Quasi Static Event Results

Section 9: Dynamics Event Simulation

Lecture 54 Introduction

Lecture 55 Enviroment

Lecture 56 Setting Up Simulation

Lecture 57 Looking At Results

Section 10: Shape Optimization

Lecture 58 Introduction

Lecture 59 Enviroment

Lecture 60 Setting Up Simulation

Lecture 61 Looking At Result

People Who Want To Test There Own Designs Inf Fusion 360 Simulation Enviroment