
          "The science of today is the technology of tomorrow."  by Edward
          Teller
          
          *YouTube動画の中から英語発音が標準的なものを厳選しました。
          *YouTube動画の中から内容が適切なもの・解説がわかりやすいものを厳選しました。
          
          1.Introductory Contents in "Strength of Meterials"(材料力学入門)
           (下記の1-5の内容は入門的内容ではありません)
          
          1-1 Definition of Poisson's Ratio(ポアソン比の定義)
          
          1-2 Strain energy explained with bow and arrow(ひずみエネルギの説明)
          
          1-3 What is Beam?(はりとは何か?)
          
           1-4 Casting Processes(鋳物工程・・・実際のビデオとは多少異なる内容)
          
           1-5 3D Stress Tensor Rotation(3次元応力テンソルの回転)
          
           1-6 Different Types of Loading(荷重の種類)
          
           1-7 What is Elastic Curve?(弾性曲線とは?)
          
           1-8 Torsion In Circular Shafts(丸棒のねじり)
          
           
          2.Mechanics of Materials(材料力学、弾性力学の内容も1部含みます。)
          
          2-1 Mechanics of Materials Lecture 01: Introduction and Course Overview
          
          
          3.Mechanisms(多くの基本メカニズムについての動画です。機構設計のアイデア集として使用できます。)
          
          3-1 Mechanisms(機構)
          
          
          4.Fourier Series, Fourier Transform and FFT(フーリエ級数、フーリエ変換、高速フーリエ変換器)
          
          4-1 Fourier Transform, Fourier Series, and frequency spectrum
          
          4-2 Discrete Fourier Transform - Simple Step by Step
          
          4-3 How the Discrete Fourier Transform (DFT) works - an overview
          
          4-4 FFT properties demonstration
          
          
          5.Electromagnetism(電磁気)
          
          5-1 ELECTROMAGNETISM (FULL SHOW)
          
          5-2 Electromagnetic Induction : Faraday's Laws and Lenz Law
          
          5-3 Electromagnetism - Maxwell's Laws
          
          5-4 Understanding STAR-DELTA Starter !
          
          
          6.Electrocics(電子工学)
          
          6-1 Transistors, How do they work ?
          
          6-2 Electric Circuits
          
          
          7.Engineering chemistry(工業化学)
          
          7-1 Different Types of Surface Films
          
          7-2 Corrosion and Its Types
          
          
          8.Experimental Modal Analysys(実験モード解析)
          
          8-1 Non-Mathematical Overview of Experimental Modal Analysis
          
          8-2 Modal Testing - Tutorial
          
          8-3 Operating Modal Analysis
          
          8-4 Hammer Modal Test of Hard Drive Using B&K Pulse-Part 1
          
          8-5 Introduction to Experimental Modal Parameter Identification and AMI
          
          
          9.Finite Element Method(有限要素法による応力解析、疲労解析)
          
          9-1 What is Finite Element Method/Analysis ?
          
          9-2 Introduction to Basics FEA
          
          9-3 Overview of Finite Element Method (FEM)
          
          9-4 SolidWorks Simulation (FEA)
          
          9-5 How to Determine Weld Sizing and Analyze Strength with SOLIDWORKS Simulation
          
          9-6 Webcast Wednesday - SolidWorks Simulation - Mixed Mesh Techniques
          
          9-7 Solidworks modelling + static simulation + fatigue simulation tutorial
          
          9-8 Failure Fatigue Analysis in SOLIDWORKS Simulation
          
          9-9 SOLIDWORKS Simulation - Fatigue, Vibration, and Thermal (WEBINAR)
          
          
          10.Eigenvalue Analysis(固有値解析)
          
          10-1 What is an Eigenvector?
          
          10-2 Eigenvalue and Eigenvector Computations Example
          
          10-3 MATLAB Help - Eigenvalues, Eigenvectors and Inverses
          
          10-4 [Midas e-Learning] Midas Gen, Civil - Eigenvalue Analysis
          
          10-5 Vibration and Normal Modes Analysis for Engineers - Femap and NX Nastran
          Technical Seminar
          
          10-6 Principles of Vibration Analysis with Femap and NX Nastran: Normal Modes
          to PSD to Direct Transient
          
          
          11.Complex Eigenvalue Analysis(複素固有値解析)
          
          11-1 Complex Eigenvalues and Eigenvectors
          
          11-2 Complex Eigenvalues
          
          11-3 Complex Eigenvalues and Eigenvectors
          
          11-4 Brake squeal analysis with Abaqus complex eigenvalue approach
          
          
          12.Computational Fluid Dynamics(数値流体力学)
          
          12-1 Introduction to Computational Fluid Dynamics 
          
          12-2 Computational Fluid Dynamics (CFD) Simulation Overview - Autodesk Simulation
          
          12-3 Formula Student / Formula SAE Workshop - Session 1: Fundamentals of Aerodynamics
          by SimScale
          
          12-4 Formula Student / Formula SAE Workshop - Session 2 by SimScale 
          
          12-5 Formula Student / Formula SAE Workshop - Session 3 by SimScale
          
          12-6 Formula Student / Formula SAE Workshop - Session 4 by SimScale
          
          12-7 MMCC II #13 - Computational Fluid Dynamics, the Navier-Stokes Equations
          
          12-8 Webinar | Optimizing Formula SAE Design with SimScale
          
          12-9 Formula One 2017 Aerodynamics - Webinar
          
          12-10 Computational Fluid Dynamics (CFD) | RANS & FVM
          
           
          13.Boundary Element Method(境界要素法)
          
          13-1 Direct Boundary Element Method. Lecture 5.
          
          13-2 7:3 Boundary Element Methods (Indirect, Potential flow)
          
          13-3 Boundary integral equations - Alex Barnett
          
          13-4 Boundary Element vs. Finite Element Method Analysis
          
          13-5 INTEGRATED PODCAST: Boundary Element Method and Finite Element Method meshing
          
          
          14.Finite Volume Method(有限体積法)
          
          14-1 8.2.2-PDEs: Finite Volume Method (Control Volume Approach)
          
          14-2 7.3 The FiniteVolume Method
          
          14-3 Finite volume method for one-dimensional steady state diffusion Top # 10
          Facts
          
          
          15.Transfer Pass analysis(伝達経路解析)
          
          15-1 The Source Transfer Receiver approach, developed by Siemens PLM Software
          
          15-2 PAK software - at a glance
          
          
          16.Sound Intensity(音響インテンシティ)
          
          16-1 Sound Intensity
          
          16-2 Physics - Mechanics: Sound and Sound Waves (7 of 47) Sound Intensity
          
          16-3 Sound power determination with Type 2270 using sound intensity – Brüel
          & Kjær
          
          16-4 Sound Power and Noise Source Identification – Brüel & Kjær
          
          16-5 Sound Level Meter Type 2270 – Sound intensity mapping – Brüel &
          Kjær
          
          
          17.MATLAB
          
          17-1 Matlab 2016 Matlab Programming Tutorial for Beginners: Quick Start
          
          17-2 Introduction to Programming with MATLAB
          
          17-3 The Complete MATLAB Course: Beginner to Advanced!
          
          17-4 Matlab
          
          
          18.Actual Vibration Measurement & Analysis(実際の振動測定と分析)
          
          18-1 An Animated Introduction to Vibration Analysis - Mobius
          
          18-2 Bearing failure, detection and prevention
          
          18-3 Utilizing Vibration Analysis to Detect Gearbox Faults
          
          18-4 Time waveform analysis: a new insight into your machine’s health
          
          18-5 Orbit Plots and Centerline Diagrams - Webinar
          
          18-6 Vibration analysis orbits orbit plots journal bearing vibration.mp4
          
          18-7 Detecting bearing tones with vibration analysis
          
          18-8 International Machine Vibration Analysis Conference - IMVAC
          
          18-9 SOLIDWORKS Quick Tip - Natural Frequencies, Mode Shapes, and Vibration
          Tutorial
          
          18-10 Webinar 4 Random Vibration
          
          18-11 Webinar 3 - Sine Sweep Vibration
          
          18-12 Shock and Vibration Testing Overview: Webinar
          
          
          19.Rotating Machine Analysis(回転機械の分析)
          
          19-1 PRSG027: How To Analyze Noise & Vibration From Rotating Machinery (Complete)
          
          19-2 Prosig-030: Extracting order traces & creating waterfall plots
          
          19-3 PRSG022: Calculating Sound Quality Metrics over speed ranges
          
          19-4 PRSG021: Calculating Sound Quality Metrics
          
          
          20.Impact Testing for Vibration and Modal Analysys(振動とモーダル解析のためのインパクト・テスト)
          
          20-1 Impact Testing for Modal Analysis
          
          20-2 Prosig-035: Hammer Impact Testing
          
          20-3 Modal Analysis: HP Spectrum Analyzer and Impulse Hammer
          
          20-4 Introduction to Experimental Modal Parameter Identification and AMI
          
          20-5 Hammer Modal Test of Hard Drive Using B&K Pulse-Part 1
          
          20-6 Vibrant Learning Lab - 2/19/2014 - Curve Fitting using ME'scope
          
          20-7 Vibrant Learning Lab - 11/19/2014 - Setting up ODS and Mode Shape Animation
          in ME'scope
          
          20-8 Vibrant Learning Lab - 1/29/2015 - Real-time ODS using ME'scope and MechaniCom
          
          20-9 Techniques for Improving Your Models and Animation in ME'scope
          
          
          21.SolidWorks Simulation
          
          21-1 SOLIDWORKS Simulation - Frequency Analysis
          
          21-2 Vibration Analysis of a Quadcopter
          
          21-3 SolidWorks Simulation Failure Mode Analysis: Vibration
          
          21-4 How to Determine Weld Sizing and Analyze Strength with SOLIDWORKS Simulation
          
          21-5 SolidWorks Simulation Professional Fatigue
          
          
          22.Flow Simulation
          
          22-1 SolidWorks Flow Simulation with Fan and Heat Sink
          
          22-2 Analyzing Flow in Products
          
          22-3 Solidworks fluid simulation of a ducted fan, with rotating region
          
          22-4 SolidWorks Flow Simulation - Transient Manifold Airflow
          
          22-5 Why SolidWorks Flow Simulation - Aerodynamic design - Cycle Drafting Simulation
          
          22-6 Aerodynamics Car Test By Use SolidWorks Simulation
          
          22-7 Tractor Trailer Aerodynamics in SolidWorks Flow Simulation
          
          22-8 Aerodynamics, Wind Resistance & Streamlined Cars of the Future - Chevrolet in 1930s
          
          22-9 Car Aerodynamics in a Wind Tunnel
          
          22-10 2016 Mercedes Benz Concept IAA | WIND TUNNEL
          
          22-11 Formula 1 Aerodynamics with Martin Brundle
          
          22-12 CarStuff: Dream Cars | Wind Tunnel Testing
          
          22-13 Ferrari 458 Speciale - Focus on aerodynamics
          
          22-14 Zenith CH 750 Cruzer - SolidWorks 3D solid model - light sport aircraft
          
          22-15 Building the Zenith CH 750 kit airplane: Rear Fuselage Assembly
          
          22-16 Introduction to SolidWorks Flow Simulation
          
          
          23.Ocupational noise and vibration
          
          23-1 Webinar Occupational Noise, Hand Arm Vibration HAV and Whole Body Vibration
          WBV
          
          23-2 Assessing Occupational Vibration (SHS)
          
          23-3 OSHA's Occupational Noise Exposure & Hearing Protection Standard -
          Get the full course here.
          
          23-4 Hearing Conservation Program Employee Training.IHC
          
          
          24.Shaft Alignment
          
          24-1 Dial Indicator Concepts: TIR, Validity Rule & TPS
          
          24-2 Shaft Alignment Training: Pre-Alignment Steps
          
          24-3 Shaft Alignment Concepts: Runout
          
          24-4 Crash Course: Soft Foot Checks and Corrections
          
          24-5 Shaft Alignment Training: Faster Alignment With Dials
          
          24-6 SKF Shaft Alignment System TKSA 80
          
          24-7 Dial gauge Pump-Motor Alignment Process
          
          
          25.Gear
          
          25-1 Understanding PLANETARY GEAR system !
          
          25-2 Gears [ basics & types ] 
          
          25-3 Automatic Transmission, How it works ?
          
          25-4 How an Automatic Transmission Works (Allison 1000)
          
          25-5 How automatic transmission works
          
          25-6 HOW IT WORKS: Car Transmission - Full Documentary (720p HD)
          
          [参考」 滑り摩擦をなくしたオイルフリーなベアリングを開発
          
          
          26.Bearing
          
          26-1 Rolling Contact Bearing
          
          
          27.Clutch
          
          27-1 Clutches and Manual Transmissions
          
          
          28.Pump
          
          28-1 How does a Centrifugal pump work ?
          
          28-2 Cavitation Demo.mp4
          
          28-3 Cavitation - Easily explained!
          
          28-4 Rotary Pumps
          
          28-5 Hydraulic Pumps [ basics & types ] 
          
          
          29.Mechanical Measurement
          
          29-1 Automotive Measurement
          
          
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            <アイトップがカバーする技術分野> 
            主技術分野:振動・騒音
            
          振動・騒音の計測・分析・低減対策など全般 | FEMやBEMなどによるコンピュータシミュレーション| 振動モード解析・実稼働解析などの実験解析技術全般
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        (社)日本騒音制御工学会
        認定技士(第97号)
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        受賞(第2回)