Siemens Femap Nastran : Learn Engineering Simulations

Siemens Femap Nastran : Learn Engineering Simulations, available at $49.99, has an average rating of 4.25, with 60 lectures, based on 124 reviews, and has 614 subscribers.

You will learn about Linear static analysis Non linear analysis modal analysis dynamic analysis heat transfer problems meshing in Nastran Solving and review solutions This course is ideal for individuals who are mechanical engineer or FEA engineers or CAE and design engineer or mechanical students It is particularly useful for mechanical engineer or FEA engineers or CAE and design engineer or mechanical students.

Enroll now: Siemens Femap Nastran : Learn Engineering Simulations

Summary

Title: Siemens Femap Nastran : Learn Engineering Simulations

Price: $49.99

Average Rating: 4.25

Number of Lectures: 60

Number of Published Lectures: 60

Number of Curriculum Items: 60

Number of Published Curriculum Objects: 60

Original Price: $39.99

Quality Status: approved

Status: Live

What You Will Learn

Linear static analysis
Non linear analysis
modal analysis
dynamic analysis
heat transfer problems
meshing in Nastran
Solving and review solutions

Who Should Attend

mechanical engineer
FEA engineers
CAE and design engineer
mechanical students

Target Audiences

mechanical engineer
FEA engineers
CAE and design engineer
mechanical students

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 following

course introduction
Solid assembly analysis
bar analysis
beam analysis
Truss members
Linear Static problems
modal analysis
heat transfer
Non-linear analysis
buckling
mid surfacing
Transient analysis
friction contact
large deformation non-linear analysis
finite element analysis

all 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 – English

course length – 6 hours

along 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 course

mechanical engineers
automobile engineer
FEA / CAE engineer
Design engineer
mechanical students

course feature

unlimited 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.

Course Curriculum

Chapter 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

Chapter 2: Basics of FEA

Lecture 1: Steps of FEA

Lecture 2: Stress & Strain

Lecture 3: Von Mises Stress

Chapter 3: Analysis of Solid Assembly

Lecture 1: Linear Static intro

Lecture 2: Solid Assembly 1

Lecture 3: Solid Assembly 2

Chapter 4: Analysis of Bar

Lecture 1: Bar Analysis 1

Lecture 2: Bar Analysis 2

Lecture 3: Bar Analysis 3

Chapter 5: Analysis of Beam

Lecture 1: Beam Analysis 1

Lecture 2: Beam Analysis 2

Lecture 3: Beam Analysis 3

Chapter 6: Truss Analysis

Lecture 1: Analysis of Truss 1

Lecture 2: Analysis of Truss 2

Lecture 3: Analysis of Truss 3

Lecture 4: Analysis of Truss 4

Chapter 7: Mid surface Analysis

Lecture 1: Mid surface intro

Lecture 2: Mid Surface 1

Lecture 3: Mid Surface 2

Chapter 8: Meshing in NASTRAN

Lecture 1: Types of Elements

Lecture 2: Meshing 01

Lecture 3: Hex mesh 01

Lecture 4: Hex mesh 02

Lecture 5: Meshing 02

Lecture 6: Meshing 03

Lecture 7: Assign Different materials

Chapter 9: Buckling Analysis

Lecture 1: Buckling 01

Lecture 2: Buckling analysis 02

Chapter 10: Dynamic Analysis

Lecture 1: Intro to Dynamic Analysis

Lecture 2: modal analysis basics

Lecture 3: modal analysis

Lecture 4: Frequency Response analysis

Lecture 5: Static vs Dynamic analysis

Chapter 11: Heat Transfer Analysis

Lecture 1: Heat Conduction Analysis 1

Lecture 2: Heat Conduction Analysis 2

Lecture 3: Circuit Conduction

Lecture 4: Convection Analysis

Chapter 12: Transient Analysis

Lecture 1: Transient analysis 01

Lecture 2: Transient analysis 02

Lecture 3: Transient analysis 03

Chapter 13: Non Linear Analysis

Lecture 1: Non Linear intro

Lecture 2: Source of Non Linearity

Lecture 3: Non Linear Rod Analysis 01

Lecture 4: Non Linear Rod Analysis 02

Lecture 5: Gap Analysis 01

Lecture 6: Gap Analysis 02

Lecture 7: Large Deformation Non Linearity

Chapter 14: Slide Contact Analysis

Lecture 1: Slide Contact 01

Lecture 2: Slide Contact 02

Chapter 15: Contact analysis

Lecture 1: 3d contact 01

Lecture 2: 3d contact 02

Lecture 3: surface to surface contact 01

Lecture 4: surface to surface contact 02

Chapter 16: Advance Non Linear Analysis

Lecture 1: Large Deformation

Instructors

Veer Tutorial
Ultimate Destination for All Computer Course

Rating Distribution

1 stars: 2 votes
2 stars: 4 votes
3 stars: 22 votes
4 stars: 51 votes
5 stars: 45 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

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