Online
del 1 de octubre al 15 de diciembre de 2015
Dynamic Analysis with Patran/MSC Nastran
This course originated as a collaboration between UNED and Ingeciber, S.A., a company that specializes in Computer-Aided Engineering (CAE).
Students who pass this course can ask the academic board of UNED Master’s in Theoretical and Practical Application of the Finite Element Method and CAE Simulation for the validation of the application and practical subjects of the mechanical branch of the specialized module Dynamic Analysis with Patran & Nastran.
- Lugar y fechas
- Del 1 de octubre al 15 de diciembre de 2015
- Programa
- The course consists of two subjects:
a. Dynamic analysis with Patran & Nastran (30 hours)
b. Practical application of dynamic analysis with Patran & Nastran. Examples. (60 hours)
The documentation for both subjects is in English. The content of each subject is detailed below.
1st Subject: Dynamic analysis with Patran & Nastran
Structured into the following chapters:
1. Review of Fundamentals
2. Mass Modeling
3. Normal Modes Analysis
4. Normal Modes Analysis for Pre-Stiffened Structures
5. Model Checkout
6. Reduction in Dynamic Analysis
7. Response Method
8. Damping Overview
9. Transient Response Analysis
10. Frequency Response Analysis / Harmonic Analysis
11. Residual Vector Method
12. Enforced Motion
13. Random Analysis
14. Response / Shock Spectrum Analysis
15. Complex Eigenvalue Analysis
16. Glued Contact in Normal Modes Analysis
This subject consists of various practical exercises that complement the documentation provided:
- 1 Normal Modes Analysis of a 2 DOF Structure
- 2a Normal Modes Analysis
- 2b Normal Modes Analysis with Coarse Mesh
- 2c Normal modes Analysis with Fine Mesh
- 3 Modal Analysis of a Circuit Board
- 4a Modal Analysis of a Car Chassis
- 4b Modal Analysis of a Car Chassis without Rigid Body Modes
- 5a Modal Analysis of a Tuning Fork using Fine Mesh with Tet 10 Elements
- 5b Modal Analysis of a Tuning Fork using Coarse Mesh with Tet 10 Elements
- 5c Modal Analysis of a Tuning Fork using Fine Mesh with Tet 4 Elements
- 5d Modal Analysis of a Tuning Fork using Coarse Mesh with Tet 4 Elements
- 5e Modal Analysis of a Tuning Fork using 1D Elements
- 6a Modal Analysis of a Tower
- 6b Modal Analysis of a Tower with Soft Ground Connection
- 7a Normal Modes Analysis for Pre-Stiffened Plate model
- 7b Modal Analysis for Pre-Stiffened Turbine Blade at Different RPM
- 8 Effective Mass
- 9 Direct Transient Analysis
- 10 Direct Transient Analysis of a Car Chassis
- 11 Modal Transient Analysis
- 12 Modal Transient Analysis of the Tower Model with Seismic Input
- 13 Direct Frequency Response Analysis
- 14 Modal Frequency Response Analysis
- 15 Frequency Response Analysis of a Circuit Board
- 16 Modal Frequency Analysis of a Car Chassis
- 17 Direct Transient Response with Enforced Acceleration, Matrix Partition Approach
- 18a Random Analysis With Single Excitation Using MSC.Random
- 18b Random Analysis With Multiple Excitation Using MSC.Random
- 19 Random Vibration Analysis of a Satellite Model Using MSC.Random
- 20 Calculate Response Spectra
- 21 Response Spectrum Analysis
- 22 Normal Modes, Glued Contact
- 23 Direct Transient Response with Enforced Acceleration, Large Mass Method
2nd Subject: Practical Application with Patran & Nastran. Examples.
This subject completes the previous one with complex practical exercises of professional scope in order to study the software in depth. These exercises include the following:
- Harmonic / Frequency analysis of a bedplate
- Transitory analysis of a bedplate
- Pre-stressed modal analysis of a guitar string
- Modal, harmonic and resonance analyses of an impulse system
- Spectral modal analysis of an instrument panel
- Mechanical analysis of a wheel rim
- Nonlinear transitory analysis of a cylinder system - Asistencia
- Asistencia online en directo, sin necesidad de ir al centro.
- Inscripción
Please, make a deposit or a transfer to the following account. Remember to put your name and the Course Reference in the payment.
Banco Santander
c / c: ES45-0049-0001-59-2811481584
Course Reference: 3DPAN15
Please, send us the copy of the payment (you can do it by post, fax or e-mail) to:
Fundación UNED
Secretaría de Cursos
Dynamic Analysis with Patran/MSC Nastran
c/ Francisco de Rojas, 2 – 2º derecha
28010 Madrid
Teléfono: 91 386 72 76
Fax: 91 386 72 79
jdolera@fundacion.uned.esTo enroll the course, click on the "Online Registration" button, just below the price table
Matrícula Ordinaria Present students and ex-students of International Master’s in Theoretical and Practical Application of Finite Element Method and CAE Simulation Precio 800 € 533 € - Dirigido por
- Juan José Benito Muñoz
- Construction & manufacturing engineering (UNED University)
- Coordinado por
- Ambrosio Baños Abascal
- UNED Collaborator, Ingeciber, S.A.
- Tutorizado por
- Mariano Serrano de la Asunción
- Ingeciber, S.A.
- Pablo Arrieta Yáñez
- Ingeciber, S.A.
- Titulación requerida
A degree is required, although students in the last part of their degree may be admitted with proof of their academic status.
Basic knowledge linear static structural analysis with Patran & Nastran is necessary, which may have been acquired through:
- Having previously studied the Introductory course to FEM with Patran & Nastran, also in Fundación UNED.
- Having studied the expert module of the mechanical branch of the International Master’s in Theoretical & Practical Application of the Finite Element Method and CAE Simulation.
- Having studied the introductory course in Patran &Nastran NAS120 with Ingeciber.
- Objetivos
- The objective of this course is to introduce the student to dynamic analysis using Finite Elements, so that they obtain the necessary skills to be able to use the method professionally.
- Metodología
- Distance learning methodology is used, with prepared study material and an annotated bibliography, tutorials, online meetings, distance evaluation tests (principally practical exercises using Patran/Nastran) and evaluation exams.
Teaching material
Students will receive the teaching guide and corresponding material for each module, which basically consists of the subject texts.
Furthermore, to perform the practical exercises and complete the training, the educational version of MSC Patran & Nastran will be provided by the course.
The course uses a virtual classroom as a training facility where study tools can be found, and also as the main means of communication with the students.
Other tools will also be used: Online sessions and other complementary documentation.
Student services
The different consultations (by telephone, email, or in person) carried out by the teaching staff are done in tutorial hours. Each subject has four hours (unless indicated otherwise) per week during the teaching period of the subject plus two more weeks after it finishes, as indicated in the following table and time table.
The tutorials of all the subjects will be:
- Tuesdays from 12:00 to 14:00
- Thursdays from 16:00 to 18:00
Timetable
Course duration: Two and a half months
Distance evaluation tests: Students must deliver three of the practical exercises proposed in the practical subject.
Delivery dates of the distance evaluation tests:- 1st CAE: 4th week
- 2nd CAE: 6th week
- 29 June: 9th week
- 10th week
- Sistema de evaluación
- Student evaluation will be performed using:
a. Continuous distance evaluation of each of the subjects. This consists of the resolution of the tests that are sent with the course documentation, and must be returned in the specified distance evaluation test delivery dates.
b. Evaluation exams evaluated by a commission chosen by the academic board. These tests may be done off-site. - Colaboradores
Organiza
Colabora
- Más información
- Fundación UNED
Fundación UNED. Calle Guzmán el Bueno, 133 - Edificio Germania, 1ª planta
28003 Madrid Madrid
91 386 72 75 / erodriguez@fundacion.uned.es