Numerical Solutions for CE, Exercises of Numerical Methods in Engineering

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By: ENGR. RENANTE C. ORANG

PCE

STRUCTURAL THEORY

ORIENTATION

INTRODUCTION

ENGR. RENANTE C. ORANG

INSTRUCTOR

CAMPUS AND CLASSROOM DECORUM

6. The college campus is a smoke-free zone. Smoking is strictly not allowed inside the campus.
7. Every student is expected to treat college properties and equipment with proper care.
8. A student while in uniform represents the school; so he/she is expected to behave in a manner that will bring honor and dignity to the College.
9. Bringing of foreign materials such as any kind of plastics /forms of plastics, and other materials should be regulated.
10. Students must practice “CLEAN AS YOU GO” (CLAYGO) policy in dining at the canteen and after using the classrooms.

CONDUCT OF QUIZZES AND EXAMINATION

1. Before the start of the examination/ quiz, the student’s desk must be cleared of any material which may be a possible source of answers to questions in the examination/ quiz and which can be surreptitiously concealed thereby, except those that may be required by the proctor.
2. Students must refrain from any form of verbal, written, or non- verbal communication. This includes among others, glancing at their seatmate’s paper, whispering to another one’s answer, or using any sign language to convey an answer to the other. Any act analogous to those mentioned will be taken against the students.

CONDUCT OF QUIZZES AND EXAMINATION

4. Any problem that may be encountered pertaining to the examination shall be addressed either to the proctor or the instructor concerned.
5. Any student found guilty of cheating will have his/her examination/quiz result nullified or cancelled, and he/she will be subjected for disciplinary action.
6. Students who cheat during examinations/ quizzes shall earn no credit for the subject and be subjected for disciplinary action.

GRADING SYSTEM ASSESSMENT METHODS WEIGHTS EXAMINATIONS 75%

PRELIM 15%

MIDTERM 15%

FINALS 15%

DEPARTMENTAL 15%

CLASS STANDING

QUIZZES 24%

ASSIGNMENT/SEATWORK 16%

LABORATORY 100 % 25 %

TOTAL 100%

DEFINITION OF TERMS

1. Prerequisite subjects are those that must be completed to qualify the student for enrollment in subsequent (and usually related) subjects.
2. Grading System refers to the scheme/methods marks used by the instructor to evaluate the academic quality of a student’s work in a course, subject, assignment, or examination. A final grade of at least 75 % is needed for promotion depending on the grading /retention policy of the department.

REMINDERS 1.Examination Requirements. Examination permit is a requirement before a student shall be allowed to take the examination. Final examination permit shall be issued only to student who has duly accomplished his/ her student clearance. Examination should be taken as scheduled. However, if a student failed to take the examination on time due to valid reasons, special exams shall only be allowed provided he/ she has an approved examination slip from the Program Director and must take the special exam within six ( 6 ) school days after the regular examination schedules and within three ( 3 ) school days for Summer classes. A student who failed to take regular/special examination in any subject receives a mark of 60 %. All test papers shall be returned to students ten ( 10 ) school days after the examination, except the Final examinations.

DEPARTMENTAL RETENTION POLICIES

1. First year engineering student is not allowed to fail thrice in all his/her enrolled subjects except Differential Calculus, NSTP and PE, otherwise he/she will be advised to shift to another program. Also, he/she is not allowed to fail twice in the subject Differential Calculus otherwise he/she will be advised to shift to another program.

2. Second year engineering student is not allowed to fail twice in all his/her enrolled subjects, otherwise he/she will be advised to shift to another program.

3. Student must obtain a Lecture grade of 75 % or above in order to pass any Engineering Subjects.

4. Student admitted in the program must finish the course within 4 years or at maximum residency of 7 years otherwise he/she will be advised to shift to another program.

GROUNDS FOR MAJOR OFFENSE

1. Bullying;
2. Dishonesty;
3. Hazing;
4. Carrying a deadly weapon;
5. Selling and/or possession of prohibited drugs;
6. Under the influence of liquor;
7. Hooliganism;
8. Vandalism;
9. Assaulting a pupil or student or school personnel; 10 .Instigating or leading illegal strikes or similar concerted activities resulting in the stoppage of classes; 11 .Preventing or threatening any pupil or student or school personnel from entering the school premises or attending classes or discharging their duties;

GROUNDS FOR MAJOR OFFENSE 19 .Display/possession/distribution of pornographic materials. 20 .Immorality 21 .Tampering and or using other’s school ID. 22 .Malversation of Students/ Organizations’ Funds 23 .Creating websites or pages in all social media platforms using the logo with the name of the school “Ramon Magsaysay Memorial Colleges” or “RMMC” without written permission from the College President. 24 .Disseminating false announcement or information about the school or its related activities 25 .Making false accusation/statement against any member of the school community.

GROUNDS FOR MINOR OFFENSE

1. Disregards established policies, rules, regulations & requirements. This includes the attendance, uniform, and identification card.

2. Unauthorized use of the name of the school/personnel;

3. Leaving the room and/or school campus during class hours without permission from the school personnel;

4. Erasing, removing, mutilating, altering and/or posting announcement on bulletin boards without permission from the school authority;

5. Refusal to attend official school’s activity;

6. Fighting inside the campus or in any school initiated activity;

COURSE DESCRIPTION A professional course common to all civil engineering students designed to provide fundamental concepts, principles, and theories in the theory of structures and structural analysis for internal actions in a structure and its deformations under load.

COURSE OUTCOMES At the end of the course, the students must be able to:

1. Identify and classify various types of planar and spatial; structural systems and the manner by which these are supported for stability;
2. Determine the state of static and kinematic determinacy and stability of structural systems, externally and internally;
3. Apply the methods of structural analysis for external and internal actions on various types of structural systems due to static and moving loads;
4. Develop intuition on deflected shapes of structures under loading.