Details - Tematika

Technical Mechanics II (GAJABAN-MECHANI2-1)

Basic data

Name and type of the study programme

Vehicle Engineering, undergraduate program

Curriculum

2023

Classes / consultation hours

2 + 2 + 0 (L+S+Labs)

Credits

4 credits

Theory – Practice

Theory: 50%, Practice: 50%

Recommended semester

Semester 2

Study mode

full-time

Prerequisites

Technical Mechanics I

Evaluation type

Colloquium

Course category

Compulsory

Language

English

Instructors

Responsible instructor

Dr. Katula Levente Tamás

Responsible department

Innovatív Járművek és Anyagok Tanszék

Instructor(s)

Papp Klaudia

Checked by

Kelemen János

Course objectives

To acquire the basic engineering concepts, skills and competences in the field of checking, dimensioning and load capacity calculation of supporting structures, determination of deformation of supporting structures and determination of stresses of statically indeterminate supports. The aim of the teaching is to introduce the theoretical concepts, to illustrate them by examples close to the practice of mechanical engineering, to develop appropriate practice in solving problems.

Course content

Lectures

Checking, sizing, principle of load calculation. Drawing. Straight bending. Checking, dimensioning, load calculation in straight bending. Oblique bending. Checking for unidirectional composite loads. Eccentric compression of solid bars. Twisting of circular and annular cross section bars. Clean shearing. Check for multidirectional composite stresses. Dimensioning in bending and twisting. Drive shaft sizing. Testing of long compressed rods. Stress calculation, check for plane curved rods. Shear coupled with bending. Planar stress state. Mohr stress diagram. Principal stresses. Stresses in arbitrary plane. Spatial stress state. Application of the matrix method. Shape change state. Principal stresses. Shape change diagram. General Hooke's law. Calculation of shape change characteristics. Work of transformation, internal energy. Betti's theorem. Application of Betti's theorem. Calculation of support force and load diagram for structures with uniform statically indeterminate support. Check for plastic load capacity. Principle of virtual work. Plastic hinge.

Seminars

Checking, sizing, principle of load calculation. Pulling. Straight bending. Checking, dimensioning, calculation of load capacity in straight bending. Oblique bending. Checking for unidirectional composite loads. Eccentric compression of solid bars. Twisting of circular and annular cross section bars. Clean shearing. Check for multidirectional composite stresses. Dimensioning in bending and twisting. Drive shaft sizing. Testing of long compressed rods. Stress calculation, check for plane curved rods. Shear coupled with bending. Planar stress state. Mohr stress diagram. Principal stresses. Stresses in arbitrary plane. Spatial stress state. Application of the matrix method. Shape change state. Principal stresses. Shape change diagram. General Hooke's law. Calculation of shape change characteristics. Work of transformation, internal energy. Betti's theorem. Application of Betti's theorem. Calculation of support force and load diagram for structures with uniform statically indeterminate support. Check for plastic load capacity. Principle of virtual work. Plastic hinge.

Acquired competences

Knowledge

Átfogóan ismeri adott műszaki szakterület tárgykörének alapvető tényeit, irányait és határait. Ismeri a mérnöki szakterület tanulási, ismeretszerzési, adatgyűjtési módszereit, azok etikai korlátait és problémamegoldó technikáit.

Skills

Képes a műszaki szakterület ismeretrendszerét alkotó diszciplinák alapfokú analízisére, az összefüggések szintetikus megfogalmazására és adekvát értékelő tevékenységre. Képes önálló tanulás megtervezésére, megszervezésére és végzésére.

Attitude

Felelősséggel vallja és képviseli a mérnöki szakma értékrendjét, nyitottan fogadja a szakmailag megalapozott kritikai észrevételeket. Törekszik arra, hogy hogy önképzése a mérnöki szakterületen folyamatos és szakmai céljaival megegyező legyen.

Autonomy and responsibilities

Feltárja az alkalmazott technológiák hiányosságait, a folyamatok kockázatait és kezdeményezi az ezeket csökkentő intézkedések megtételét. - Tudatában van munkájának és döntéseinek jogi, gazdasági, biztonsági, társadalmi, egészségvédelmi és környezeti következményeinek.

Additional professional competences

Students will become familiar with the basic facts, interrelationships, limits and boundaries of the knowledge and activity system of the field of modelling, calculations and verification of Strenght of materials. He/she is able to develop critical thinking skills necessary to formulate appropriate approach to problem solution. Ability to recognize and solve basic problems of Strenght of materials. Is able to evaluate realistically the results of his/her own work. He/she can apply the acquired technical scientific principles, rules, contexts and procedures in solving routine tasks in the field of mechanical engineering.

Requirements, evaluation and grading

Mid-term study requirements

At the end of the semester, students will write a 90-minute final exam in the lecture class. The maximum score available for the final exam is 100 points. A student who has not met the passing score may write a 100-point retake exam during the last week of the semester. Students who take a retake exam will forfeit their previous exam marks. To be admitted to the exam (§ 11 TVSZ), the end-of-semester mark must be at least 40.

Exam requirements

The end-of-semester score will be taken into account in the evaluation of the exam. A good mark (4) will be awarded for a score of 75-85 and an excellent mark (5) for a score of 86 or above. Acceptance of the mark offered is not compulsory. The exam is written. The written exam will give a maximum of 100 marks and will take 90 minutes. The mark will be awarded on the basis of the marks obtained in the written test in accordance with the TVSZ.

Generative AI usage

3rd position: Use of GAI tools is fully permitted, provided their use is properly cited and does not compromise achieving the learning outcomes defined in the course description.

Study aids, laboratory background

Neptun Meet Street-re feltöltött segédanyagok

Readings

Compulsory readings

Jakubek Lajos, Szabó Béláné: Szilárdságtan I., GAMF-os jegyzet, KF-GAMFK-H-275 Jakubek Lajos, Szabó Béláné: Szilárdságtan II., GAMF-os jegyzet, KF-GAMFK-H-288 Szabó Béláné: Műszaki mechanikai példatár II. Szilárdságtan, GAMF-os jegyzet, KF-GAMFK-H-130.