Last updated 7/2022 MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz Language: English | Size: 2.92 GB | Duration: 6h 18m Learn Siemens Femap Nastran from basics to advance level with practical examples
What you'll learn Linear static analysis Non linear analysis modal analysis dynamic analysis heat transfer problems meshing in Nastran Solving and review solutions Requirements NX nastran software. (simcenter femap Nastran) basic knowledge of mechanical engineering would be advantageous Description Siemens NX NASTRAN ( Femap) is one of the most powerful finite element software in the world. in this course, you will learn Nastran from basics to advance level with practical applications. the main content of this course is as followingcourse introductionSolid assembly analysisbar analysisbeam analysisTruss membersLinear Static problemsmodal analysisheat transfer Non-linear analysisbucklingmid surfacingTransient analysisfriction contactlarge deformation non-linear analysisfinite element analysisall the examples are used in this course are related to solving real-life engineering problems. this course will give you exposure to the process of engineering simulation followed in the industries.about instructor - he has done a master's in mechanical engineering. he has more than 8 years of experience in product design and simulation.he is working as a senior lead engineer in a top automotive industry in India.about course software requirement - Simcenter Nastran (also known as Fe-map nastran)language - Englishcourse length - 6 hoursalong with the course, you will also get all the examples files used in this course. so that you practice on your own.if you find any trouble in getting or installing the software, feel free to contact me anytime, I will help in the most possible ways.who should take this coursemechanical engineersautomobile engineerFEA / CAE engineerDesign engineermechanical studentscourse featureunlimited and lifetime access to all video lectures anywhere anytime.you can ask any question or doubt in the Q & A section or in a direct message. Overview Section 1: Introduction Lecture 1 Introduction Lecture 2 Nastran user Interface Lecture 3 Download Resource files Lecture 4 Mouse Button Functions Lecture 5 Types of Analysis Lecture 6 Import and save files Section 2: Basics of FEA Lecture 7 Steps of FEA Lecture 8 Stress & Strain Lecture 9 Von Mises Stress Section 3: Analysis of Solid Assembly Lecture 10 Linear Static intro Lecture 11 Solid Assembly 1 Lecture 12 Solid Assembly 2 Section 4: Analysis of Bar Lecture 13 Bar Analysis 1 Lecture 14 Bar Analysis 2 Lecture 15 Bar Analysis 3 Section 5: Analysis of Beam Lecture 16 Beam Analysis 1 Lecture 17 Beam Analysis 2 Lecture 18 Beam Analysis 3 Section 6: Truss Analysis Lecture 19 Analysis of Truss 1 Lecture 20 Analysis of Truss 2 Lecture 21 Analysis of Truss 3 Lecture 22 Analysis of Truss 4 Section 7: Mid surface Analysis Lecture 23 Mid surface intro Lecture 24 Mid Surface 1 Lecture 25 Mid Surface 2 Section 8: Meshing in NASTRAN Lecture 26 Types of Elements Lecture 27 Meshing 01 Lecture 28 Hex mesh 01 Lecture 29 Hex mesh 02 Lecture 30 Meshing 02 Lecture 31 Meshing 03 Lecture 32 Assign Different materials Section 9: Buckling Analysis Lecture 33 Buckling 01 Lecture 34 Buckling analysis 02 Section 10: Dynamic Analysis Lecture 35 Intro to Dynamic Analysis Lecture 36 modal analysis basics Lecture 37 modal analysis Lecture 38 Frequency Response analysis Lecture 39 Static vs Dynamic analysis Section 11: Heat Transfer Analysis Lecture 40 Heat Conduction Analysis 1 Lecture 41 Heat Conduction Analysis 2 Lecture 42 Circuit Conduction Lecture 43 Convection Analysis Section 12: Transient Analysis Lecture 44 Transient analysis 01 Lecture 45 Transient analysis 02 Lecture 46 Transient analysis 03 Section 13: Non Linear Analysis Lecture 47 Non Linear intro Lecture 48 Source of Non Linearity Lecture 49 Non Linear Rod Analysis 01 Lecture 50 Non Linear Rod Analysis 02 Lecture 51 Gap Analysis 01 Lecture 52 Gap Analysis 02 Lecture 53 Large Deformation Non Linearity Section 14: Slide Contact Analysis Lecture 54 Slide Contact 01 Lecture 55 Slide Contact 02 Section 15: Contact analysis Lecture 56 3d contact 01 Lecture 57 3d contact 02 Lecture 58 surface to surface contact 01 Lecture 59 surface to surface contact 02 Section 16: Advance Non Linear Analysis Lecture 60 Large Deformation mechanical engineer,FEA engineers,CAE and design engineer,mechanical students