# Applied Mechanics I

## Objectives

To give the students a good background on statics of rigid bodies and moments of inertia.

## General characterization

10576

6.0

##### Responsible teacher

António Paulo Vale Urgueira, Marta Isabel Pimenta Verdete da Silva Carvalho

##### Hours

Weekly - 5

Total - Available soon

Português

Available soon

### Bibliography

Vector Mechanics for Engineers - Statics , 7th edition

Ferdinand P. Beer, E. Russell Johnston and Elliot R. Eisenberg

Mc Graw Hill

e / ou

Statics ( Mechanics for Engineering ) - 12th Edition

Hibbeler, R. C.

### Teaching method

Exposition of the fundamental theoretical concepts to solve problems in theoretical classes lasting 2 hours. Resolution of exercises selected in a problem book in practical classes of three hours.

### Evaluation method

MA1 has a component of evaluation called Frequency, which is binary (Suficient/Unsuficient). To obtain Frequency it is necessary to complete 2/3 of the challenges launched in classes.

The evaluation can be carried out continuously over the course through three theoretical / practical tests. If the student fails this evaluation model or decide to improve their score obtained can always turn to a final exam. All students are admitted to the final exam.

Continuous assessment comprises three tests (T1, T2 and T3) and the approval is based on the following formula:

0.2 * T1 + 0.4 * T2 + 0.4 * T3> = 9.5 where T1, T2 and T3 range from 0 to 20.

All tests are scheduled for a specific date and time.

T1 and T2 are online, T3 is presencial. Oral exams may be required.

Oral exam is demanded for final classifications >= 16.

If the student is not successful in this continuous assessment component to its final approval will depend only on a final exam worth between 0 and 20. The student is approved with a minimum grade of 9.5val Exam.

## Subject matter

### Chapters of the book Vector Mechanics for Engineers - Statics , 7th edition

1,2

Concepts and principles of mechanics . Statics of particles : forces in the plane and forces in space.

3

Rigid bodies : equivalent systems of forces .

4

Equilibrium of rigid bodies : balance in two dimensions and three dimensions.

5

Distributed forces : centroids and centers of gravity.

6

Structural analysis : trusses.

7

Structural analysis : beams.

8

Friction.

9

Moments of inertia of surfaces and mass .

10

Principle of Virtual Work

## Programs

Programs where the course is taught: