(1) GENERAL INFORMATION
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FACULTY |
APPLIED TECHNOLOGIES |
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DEPARTMENT |
AIRCRAFT TECHNOLOGY ENGINEERING |
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LEVEL OF STUDIES |
UNDERGRADUATE |
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MODULE CODE |
AE1120 |
SEMESTER OF STUDIES |
1ST |
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MODULE TITLE |
PHYSICS |
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INDEPENDENT TEACHING ACTIVITIES |
TEACHING HOURS PER WEEK |
CREDITS |
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Theory |
3 |
3 |
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Practice |
1 |
2 |
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Laboratory |
2 |
2 |
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COURSE TYPE |
General Background |
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PRE-REQUIRED COURSES: |
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LANGUAGE OF TEACHING and EXAMINATION : |
GREEK |
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THE COURSE IS OFFERED TO ERASMUS STUDENTS |
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COURSE WEBSITE (URL) |
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(2) LEARNING OBJECTIVES
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Learning Objectives |
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The theoretical part of the course is intended to:
- help students understand fundamental principles of Physics that are required in their field - develop students’ ability to use their knowledge in technological applications -develop skills of solving problems and applications -aquire the background knowledge that are necessary for attending the specialty courses of their field After successfully completing the course, students should have:
- understood the content of the theoretical part of the course - familiarized themselves with measurement instrumentation and measurements - familiarized themselves with the methodology of the measurement procedure performance - acquired knowledge associated with technical processing of measurements, graphical representation, , output production, output evaluation - familiarized themselves with the usage of simulators and computers - received training on performing technical and scientific work |
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General Skills |
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Students are encouraged to: - Develop technological knowledge as engineers selecting the appropriate theoretical and laboratory tools and to understand, use and design applications. - Aquire the skill of developing the right methodology of facing and solving problems, evaluation and critical thinking - Use the new technologies and international bibliography - Work individualy and in collaboration - Present their work in an organized manner and compose technical and scientific assignments - Present their assignment orally and in writing |
(3) COURSE CONTENT
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Unit 1: Magnitudes Idealized Μodels, Standards and units, Unit systems and conversions, Precision and significant figures, Magnitude orders, Vectors and vector addition, Vector component, Unit vectors, Vector products Unit 2: Matter Nature of matter, chemical elements, atom and molecule structure. Chemical mixtures, states: solids, liquids, gases, inteconversions of state of matter, crystalline structure, crystalline structure and properties of solids. Unit 3: Fundamental Principles of Kinetics Linear motion in one and more dimensions: displacement, velocity, acceleration. Linear, regular motion, constant acceleration motion, gravitational motion. Velosity and position coordinates with integration, Relative speed, Projectile motion. Unit 4: Fundamental Principles of Dynamics Mass, Force, Inertia, Newton’s Laws, Αpplications of Newton's Laws, equilibrium, frictional forces, circular motion dynamics, motion on vertical circle. Unit 5: Work and Kinetic Energy Work and Kinetic Engergy, Power, Potential Engergy and conservative forces, Gravitational potential energy, elastic potential energy, force and potential energy, energy conservation. Heat, efficiency rate, Friction: nature and results, friction coefficient Unit 6: Momentum and Impulse Momentum, Conservation of Momentum, inelastic impacts, Impulse, centre of mass, rocket propulsion, Gyroscopic motions Unit 7: Rotational Motion Angular speed and acceleration, rotation with constant angular acceleration, speed and acceleration relationship, centrifugal and centripetal forces, rotational motion kinetic energy, inertia moment. Unit 8: Rotational Motion Dynamics Moment, moment and angular acceleration, rotation around moving axis, torque, torque conservation, gyroscopes Unit 9: Periodic Motion Fundamental concepts, simple harmonic motion energy, simple harmonic motion equations, simple pendulum, natural pendulum, damped oscillations, forced oscillations, coordination. Unit 10: Waves Types of waves, mechanical waves, periodic waves, wave mathematical description, lateral wave speed, longitudinal wave speed, wave energy, superposition principles, wave contribution, static waves. Unit 11: Sound Sound waves, sound production, volume, volume grade, beats, shockwaves. Unit 12: Principles of Geometrical Optics Nature of light, speed of light, Laws of light reflection and refraction, total reflection, flat surface refraction, spherical surface reflection, refraction, lenses. Unit 13: Fluid Mechanics Density, fluid pressure, lift, surface tension, fluid flow, Bernouli’s Equation, actual fluids. Specific weight and density. Viscosity, liquid resistance, flow results. Fluid compressibility results. Static, dynamic and total pressure: Bernouli's theorem, diffusion cone (ventouri).
Unti 14: Temperature, heat and matter thermal properties Temperature and heat equilibrium, thermometers and temperature scales, thermal expansion, thermal capacity, calorimetri, heat transmission mechanisms, matter molecular properties, ideal gas model, matter phases. LAB ACTIVITIES ACTIVITY 1: EXPERIMENTAL PROCEDURE AND MEASUREMENT. MEASUREMENT ERRORS ACTIVITY 2: IMAGE AND PROCESSING OF MEASUREMENTS ACTIVITY 3: MEASUREMENT OF DIMENSIONS AND DENSITIES-MATERIAL CHARACTERIZATION ACTIVITY 4: DENSITY DETERMINATION OF SOLIDS AND LIQUIDS ACTIVITY 5: FREE FALL ACTIVITY 6: STUDY OF SPRINGS ACTIVITY 7: SIMPLE HARMONIC OSCILLATION-STUDY OF PENDULUM ACTIVITY 8: STANDING WAVES AND CHORDS ACTIVITY 9: STANDING WAVES IN TUBES ACTIVITY 10: MEASUREMENT OF SOLID LINEAR EXPANSION COEFFICIENT – METAL CHARACTERIZATION ACTIVITY 11: STUDY OF SOLID MOVEMENT RESISTANCE IN FLUIDS. MEASUREMENT OF INTERNAL FRICTION COEFFICIENT ACTIVITY 12: CALORIE DETERMINATION IN THE JOULE - CALORIE RELATIONSHIP
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(4) TEACHING AND LEARNING METHODS - EVALUATION
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TEACHING METHOD |
Face to face |
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USE OF INFORMATION AND COMMUNICATION TECHNOLOGY |
• Use of video projector and computer in lectures • Use of internet and electronic sources of bibliography • Use of computer and CAD in the lab • Use of e-class platrform
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TEACHING ORGANIZATION
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STUDENT EVALUATION |
· Writen examination in the scheduled examination period including questions concerning theory, comprehension questions, multiple choice squestions and problem solving. · Writen assignments during the semester. |
(5) SUGGESTED BIBLIOGRAPHY
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-Suggested Bibliography : 1. «ΦΥΣΙΚΗ ΤΟΜΟΣ 1», , HALLIDAY, RESNICK, KRANE 2. «ΠΑΝΕΠΙΣΤΗΜΙΑΚΗ ΦΥΣΙΚΗ Α ΤΟΜΟΣ», YOUNG HUGH D. 3. ΕΡΓΑΣΤΗΡΙΑΚΕΣ ΑΣΚΗΣΕΙΣ ΔΙΔΑΣΚΟΝΤΑ
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