TP_CCIA

Teaching Package - Civil, Industrial and Agricultural Buildings

FIRST YEAR

Mathematical Analysis

Descriptive Geometry

Number of credits:	4
Type of course:	Fundamental
Objectives:	The main aim of the course is to prepare students regard to acquiring the basic theoretical and practical concepts from descriptive geometry, to develop the creative skills to see „deep in space” and to prepare project designs. Terms used are under current standards and international standards.
Content:	Projection systems. Line. A line of positions in relation to the planes of projection. The relative positions of two lines. The Plan. Line of a plan. The relative positions of the two planes. The position of a line in a plane. The intersection of plane figures. The projection transformation methods: the method of changing the projection planes, crop rotation method and rotation method of projection planes. Representation of geometric bodies. Sections in geometrical bodies. Development of geometric surfaces. Intersection of geometric bodies. The general method for the determination of the line of intersection.
Teaching language:	Romanian
Evaluation:	Written/oral examination
Bibliography (selective):	1. Buţu, A.; Sass, L.- Grafică inginerească. Vol. I. Geometrie descriptivă. Lucrări de laborator, Editura SITECH, Craiova, 1999; 2. Buţu, A.; Sass, L.- Grafică inginerească. Geometrie descriptivă. Teste grilă, Editura Universitaria Craiova, 1999; 3. Ene, Al.I.; Buţu, A,; Neagoe, D.;Stănescu, G.- Geometrie descriptivă, vol. I şI II, Editura SITECH, Craiova, 1998; 4. Enache, I.; Ivănescu, T.; Buzilă, V. - Geometrie descriptivă şI desen tehnic. Probleme şI aplicaţii, Editura didactică şI pedagogică, Bucureşti, 1982; 5. Noveanu, L., Orban, M. - Geometrie descriptivă, Universitatea Tehnică din Cluj-Napoca, 1992; 6. Precupeţu, P., Dale, C.- Probleme de geometrie descriptivă cu aplicaţii în tehnică, Editura Tehnică, Bucureşti, 1987; 7. Moncea, J.-Geometrie descriptivă şI desen tehnic, Editura didactică şI pedagogică, Bucureşti,1982; 8. Tănăsescu, A.- Probleme de geometrie descriptivă, Editura didactică şI pedagogică, Bucureşti,1962;

Technical Drawing for Building Construction I + II

Number of credits:	5 in 1st semester and 3 in 2nd semester
Type of course:	Fundamental
Objectives:	The main aim of the course is to prepare students regard to acquiring the basic theoretical and practical concepts to represent technical design, to develop the creative skills to prepare project designs. Terms used are under current standards and international standards.
Content:	Rules and principles for the execution of designs. The representation of objects-sections, ruptures, hatchings. Dimensioning in technical drawing. The representation of buildings and industrial buildings. Notation on technical drawins of trace axis. The thickness of the walls, the listing of columns, foundations. Representation and dimensioning of doors and windows, stairs and lifts. Drafting and dimensioning of the architecture plans. Technical desing representation for construction made of brick masonry elements. Representation of reinforced concrete constructions. Notation on technical drawings the reinforced concrete elements and extract of reinforced concrete beams. Representation in drawing for wooden constructions and its joints. Metal elements. Joints found in the case of metallic constructions handed over: by bolts, rivets and welded.
Teaching language:	Romanian
Evaluation:	Written/oral examination
Bibliography (selective):	1. Ionescu,V., Bărbat,V - Desen tehnic în construcţii, E.D.P.,Bucureşti,1970; 2. Duţă, A. - Noţiuni de desen tehnic în domeniul construcţiilor, Editura Universitaria, Craiova, 2001; 3. Tăutu, N. – Desenul tehnic şi trasarea construcţiilor, Editura Didactică şi Pedagogică,Bucureşti, 1970; 4. I.R.S. Catalogul Standardelor Române, Editura Tehnicã, Bucureşti; *** Desenul tehnic de construcţii - Editura Didactică şi Pedagogică,Bucureşti, 1965;

Computer Programming and Programming Languages I + II

Mechanics I

Number of credits:	5
Type of course:	Fundamental
Objectives:	The course provides to the students to knowledge and assess the real state of motion of bodies, qualitative and quantitative knowledge of the state of motion of bodies modeled as material points, points system materials, rigid and rigid systems. Knowledge and implementation of graphical and analytical skills working on dynamic characteristics of bodies modeled as systems of material points, rigid and rigid systems.
Content:	Systems of forces. Strong reduction systems. Centre of gravity. Static material point. Rigid solid state. Equilibrium of rigid bodies systems. Equilibrium of rigid bodies systems. Plane truss. Kinematics point.
Teaching language:	Romanian
Evaluation:	Descriptive written and problems
Bibliography (selective):	1. Avramescu, C., Ecuatii diferentiale si integrale, Reprografia Universitatii din Craiova, 1972; 2. Buculei, M., Mecanica I, II, Reprografia Universitatii din Craiova, 1980; 3. Dumitru, N., Nanu, Gh., Vintila, D., Mecanisme si transmisii mecanice, Editura Didactica si Pedagogica, 2008; 4. Nanu, Gh., Vintila, D., Mecanica Culegere de probleme, Editura Universitaria, 2002; 5. Nanu, Gh., Vintilă, D., Mecanica teorie si aplicatii, Editura Universitaria, 2003; 6. Vintilă, D., Mecanica, Editura Sitech, 2012; 7. Vintilă, D., Bagnaru, D., Nanu Gh., Grigorie, L., Mecanica, Indrumar de laborator, Editura Sitech, 2009; 8. Vintilă, D., Dumitru, N., Nanu, Gh., Dinamica şi stabilitatea sistemelor mobile cu elemente elastice, Editura Tehnica Bucuresti, 2002; 9. Voinea, R., Voiculescu, D., Ceausu, V., Mecanica, Editura Didactica si Pedagogica, 1984.

Linear Algebra, Analytical and Differential Geometry

Number of credits:	4
Type of course:	Fundamental
Objectives:	The course gives the possibility to analyze the physical and mechanical phenomena using the vector notion and his properties. Many mathematical models that describe the behavior of mechanical components, in static or dynamic regime, are obtained using geometric notions like curves and surfaces.
Content:	Vectorial spaces, examples, properties; Mathematical connections among vectorial spaces; Bilinear forms and quadratic forms, applications; Euclidean spaces - the notion of length of a vector and unoriented angle between two vectors; Orthogonality, orthogonal base; Tensors, properties; Free vectors, applications; Line and plane in space; Quadrics and Conics; Curves; Surfaces.
Teaching language:	Romanian
Evaluation:	Written examination
Bibliography (selective):	1. G. Marinescu, Spaţii vectoriale topologice şi pseudotopologice, Editura Academiei, Bucureşti, 1959; 2. M. Stoka, Geometrie diferenţială, Editura Didactică şi Pedagogică, Bucureşti, 1964; 3. G.E. Şilov, Matematiceskii analiz, Nauka, Moskva, 1969; 4. P. Stavre, Curs de geometrie diferenţială, Litografia Universităţii din Craiova, 1970; 5. I. Creangă, C. Haimovici, Algebră liniară, Editura Didactică şi Pedagogică, Bucureşti, 1970; 6. R. Miron, Geometrie analitică, Editura Didactică şi Pedagogică, Bucureşti, 1976; 7. C. Iacob, Matematică aplicată în mecanică, Editura Academiei, Bucureşti,1989; 8. M.M. Stănescu, Curs de Algebră Liniară, Geometrie Analitică şi Diferenţială, Reprografia Universităţii din Craiova, 2000; 9. M.M. Stănescu, F. Munteanu, V. Slesar, Probleme de Algebră Liniară, Geometrie Analitică şi Geometrie Diferenţială, Editura Sitech Craiova, 2004; 10. M.M. Stănescu, Elemente de teorie a spaţiilor vectoriale, Editura Universitaria, 2005; 11. M.M. Stănescu, O. Georgescu, C.M. Georgescu, Algebră Liniară. Aplicaţii. Editura Universitaria, 2006; 12. P. Stavre, M.M. Stănescu, Rezolvarea algoritmică a sistemelor de ecuaţii liniare. Aplicaţii, Ed. MatrixRom, Bucureşti, 2007.

Mechanics II

Number of credits:	5
Type of course:	Fundamental
Objectives:	The course provides to the students the knowledge and assess the real state of motion of bodies, qualitative and quantitative knowledge of the state of motion of bodies modeled as material points, points system materials, rigid and rigid systems, knowledge and implementation skills and analytical Desktop on the characteristics bodies modeled as dynamic systems of material points, rigid and rigid systems, experimental evaluation of mechanical quantities.
Content:	Kinematics of relative motion of the material point. Kinematics of rigid solid. Kinematics of rigid solid systems. Dynamics. Mechanical inertia. General theorems. Open and dynamic material point links. Dynamic connection rigid and solid. Dynamic systems of material points and rigid bodies. Analytical Mechanics. The principle of d'Alembert. The principle of virtual mechanical work. Lagrange equations.
Teaching language:	Romanian
Evaluation:	Descriptive written and problems
Bibliography (selective):	1. Avramescu, C., Ecuatii diferentiale si integrale, Reprografia Universitatii din Craiova, 1972; 2. Buculei, M., Mecanica I, II, Reprografia Universitatii din Craiova, 1980; 3. Dumitru, N., Nanu, Gh., Vintila, D., Mecanisme si transmisii mecanice, Editura Didactica si Pedagogica, 2008; 4. Nanu, Gh., Vintila, D., Mecanica Culegere de probleme, Editura Universitaria, 2002; 5. Nanu, Gh., Vintilă, D., Mecanica teorie si aplicatii, Editura Universitaria, 2003; 6. Vintilă, D., Mecanica, Editura Sitech, 2012; 7. Vintilă, D., Bagnaru, D., Nanu Gh., Grigorie, L., Mecanica, Indrumar de laborator, Editura Sitech, 2009; 8. Vintilă, D., Dumitru, N., Nanu, Gh., Dinamica şi stabilitatea sistemelor mobile cu elemente elastice, Editura Tehnica Bucuresti, 2002; 9. Voinea, R., Voiculescu, D., Ceausu, V., Mecanica, Editura Didactica si Pedagogica, 1984.

SECOND YEAR

Strength of Materials I + II

Hydraulics

Number of credits:	4
Type of course:	Fundamental
Objectives:	The aim of the course is to present the basics of fluid mechanics and elements of applied hydraulics.
Content:	Physical properties of fluids. Hydrostatic pressure. Hydrostatic law. Hydrostatic forces. Lagrange and Euler's method in kinematics of fluid mechanics. Mass conservation equation. Bernoulli equations and applications. Laminar fluid flow. Navier-Stokes equation. Bernoulli generalized law. Fluid flow in hydraulics pipes. Reynolds number. Linear friction losses. Darcy-Weisbach relation. Local friction losses. Flow in pressured pipes. Serial pipes. Parallel pipes. Network pipes. Short pipes calculus. Water hammer. Fluid flow in open channels. Fluid flow through holes. Fluid flow over weirs.
Teaching language:	Romanian
Evaluation:	Written/oral test
Bibliography (selective):	1. ASTEFANEI I., Mecanica fluidelor si masini hidraulice, partea I. Mecanica fluidelor ideale. Universitatea din Craiova, 1996; 2. ANTON V., POPOVICIU M., FITERO I. - Hidraulica si masini hidraulice. Editura Didactica si Pedaogica, Bucuresti, 1978; 3. BARTHA I., JAVGUREANU V., Hidraulica. Editura Tehnica, Bucuresti, 1998; 4. BUCULEI M., Mecanica fluidelor, Universitatea din Craiova, 1984; 5. BUCULEI M., s.a. - Mecanica fluidelor si masini hidraulice, Ed. Universitaria, Craiova, 2011; 6. CRETU I., Hidraulica generala si subterana. Editura Didactica si Pedaogica, Bucuresti, 1983; 7. FLOREA J., Mecanica fluidelor, Editura Didactica si Pedaogica, Bucuresti, 1979; 8. GIURCONIU M., s.a. - Hidraulica constructiilor si instalatiilor hidroedilitare, Editura Facla Timisoara, 1989; 9. IAMANDI C., s.a., Hidraulica instalatiilor. Editura Tehnica, Bucuresti, 1994; 10. MANESCU A., SANDU M. - Hidraulica teoretica si aplicata, Institutul de Constructii Bucuresti, 1983; 11. TALU M., Hidraulica Instalatiilor edilitare.Baze teoretice si aplicatii practice, Editura ICMET Craiova, 2002; 12. TROFIN E. - Hidraulica si hidrologie, Ed. Didactica si Pedagogica, Bucuresti, 1974; 13. VASQUEZ J. - Hydraulique générale, ENGEE de Strasbourg; 14. VIERSMA T.J., Analysis, synthesis and design of hydraulic servosystems and pipelines. Delft University of Technology, Faculty of Mechanical Engineering, Holland, 1990.

Thermotechnics

Number of credits:	4
Type of course:	Domain
Objectives:	This course allows to acquire correct knowledge and skills required for thermal calculation in manufacturing and correct operation of heating and cooling. Necessary skills are acquired for conception of minimum specific energy consumption by extending the concepts of energy and exergetic balance.
Content:	Generalities in thermotechnics. Methods in thermodynamic. Thermodynamic coefficients. The first principle of thermodynamics for closed and open systems. Enthalpy. Caloric equation of state. Robert Mayer's. Perfect gas. Perfect gas laws. Perfect gas mixtures. Simple thermodynamic transformations. The second principle of thermodynamics. Cycles motors and generators. Heat engines. Heat pumps, refrigeration machines. Entropy. Entropy in simple thermodynamics trnsformations. Refrigeration. Real gas. Vapors. Moist air. Thermodynamic methods. The third principle of thermodynamics.
Teaching language:	Romanian
Evaluation:	Written/oral examination
Bibliography (selective):	1. Bică, M.,Călbureanu M., Termotehnică şi maşini termice, Editura ICMET, Craiova 2002; 2. Dănescu, Al., ş.a., Termotehnică şi maşini termice, EDP Bucureşti, 1985; 3. Călbureanu, M., Cernăianu, C., Îndrumar de laborator de termotehnică, maşini termice şi transfer de căldură - Îndrumar de laborator, Ed. Universitaria, 2008; 4. Ştefănescu,D., ş.a., Termogazodinamică tehnică, ET, Bucureşti, 1986; 5. Nagi, M., ş.a., Gazodinamică, echipamente termice, Timişoara, 1999.

Construction Machines

Number of credits:	2
Type of course:	Fundamental
Objectives:	The course provides to the students to understanding kinematic schemes, composed of technical drawings of machines, production flows, graphs, and understanding formulas for the determination of main parameters of machines.
Content:	Mechanization of construction. Classification machinery. Structure machinery. General concepts about machine parts (materials, classification). Mechanical and hydraulic transmissions. Land excavation machines. Excavators (classification, construction, operation, main parameters). Digging machinery and land transport (bulldozers, graders). Machines compacting earth, concrete and asphalt (road rollers, vibratory plates, rammers). Machinery for preparing, transporting and placing of concrete (compaction process, mixers, stations concrete, concrete mixers, concrete casting technology). Machines for underground (sewers execution shields and underground tunnels, machinery for execution undercrossing). Lifting and transporting machines (cranes, tower cranes, jib cranes, belt conveyors).Street maintenance machinery.Machines for building facades and lamp posts (mobile platforms). Machines for superstructure rebuilding roads) mills asphalt, concrete.
Teaching language:	Romanian
Evaluation:	Oral examination with tickets
Bibliography (selective):	1. Alămoreanu, M., Traian Tisea, Masini de ridicat, Editura Tehnică, 2000, Bucuresti; 2. Beiu, E., Capata, I., Tehnologia construcsiilor si masini de construcsii, vol. I, vol II, curs, Reprografia Institutului Politehnic, Cluj Napoca, 1972; 3. Mihăilescu, St, Masini de constructii si prelucrarea agregatelor, Ed. Didactică si Pedagogică, Bucuresti, 1983; 4. Popescu, P., s.a., Masini de construcsii, Ed. Tehnică, Bucuresti, 1960; 5. Vita, I., s.a , Masini de ridicat în constructii, exploatare, întretinere, reparatii, Ed. Tehnică, Bucuresti, 1989; 6. Vintilă, D., Bagnaru, D., Georgescu, I., Masini de constructii, Editura Universitaria, 2004; 7. Vintilă, D., Bagnaru, D., Georgescu, I., Masini de constructii, Editura Didactică si Pedagogică, 2010.

Industrial Sociology

Number of credits:	2
Type of course:	Complementary
Objectives:	Knowing and understanding by students of various aspects of the enterprise’s social life and social-humanistic problematics. Inprovement of abilities of fast solutioning of the social and human problems faced by students in their future jobs. Acquiring of methods, techniques and investigation tools specific to the discipline as future (applicative) support in the activity related to social relationships at the working place. Training of future engineers for the dialogue with specialists from the areas of social-human sciences, sociologists and psychologists, more in more involved in the actual enterprises development process.
Content:	Sociology –social science. Industrial Sociology as a branch of the general Sociology. Methodology in Industrial Sociology. Sociology of industrial enterprises. (Problems of industrial Macrosociology. Problems of industrial Microsociology. ). Societal structure of industrial enterprises. Sociology of personnel from factories. Industry, Economy, society, industrial sociology. Industry – factor of urbanization and social construction.
Teaching language:	Romanian
Evaluation:	Written verification
Bibliography (selective):	1. Cauc I, Manu B, Parlea D, Goran L, Metodologia cercetarii sociologice – metode si tehnici de cercetare. Ed a IV, Ed. Fundatiei de maine, Bucuresti, 2007; 2. Furtuna Carmen, Sociologie generala, Editura Fundatiei Romania de maine, Bucuresti, 2007; 3. Hinescu Arcadie, Ludusan Marioara, Sociologie industriala, Editura Astra, Blaj, 2002; 4. Otovescu Dumitru, Probleme fundamentale ale sociologiei, Editura Scrisul Romanesc, Craiova, 1997; 5. Saramet C., Bejan M., Inginerul - confident si vizionar, Editura AGIR, Bucuresti, 1999; 6. Sass L, Sociologie industriala, Note de curs, 2012. Zamfir Catalin si Filipescu Iancu, Sociologie industriala − Curs şi exerciţii pentru seminar. Bucuresti, 1982.

THIRD YEAR

Engineering Statistics

Theory of Elasticity Elements and Thin Plates Calculus

Geotechnics

Reinforced Concrete Structures II + III

Civil Buildings

Dynamics and Seismology

Architectural Elements

Introduction in Finite Element Method

AutoCAD 3D

Insulations for Buildings

FOURTH YEAR

Computer Aided Design in Civil Engineering

Masonry Mechanics

Number of credits:	2
Type of course:	Fundamental
Objectives:	The course provides to the students an understanding of the formulas for calculating the various demands faced by masonry structures, the possibility of applying the formulas for calculating the horizontal and vertical loads they are subjected to simple and mixed masonry structures and explaining and interpreting physical and mechanical phenomena due to seismic and wind action.
Content:	Calculation of simple masonry centric and eccentric compression. Reinforced masonry calculation centric and eccentric compression. Calculation of mixed masonry. Calculation of masonry structures required in horizontal and vertical loads. Calculating the capacity of eccentric compressive strength of masonry simple. Calculating the eccentric compressive capacity of masonry reinforced concrete pillars.
Teaching language:	Romanian
Evaluation:	Descriptive written
Bibliography (selective):	1. Ciornei, A., - Construcţii civile, Ed. Junona, Iaşi, 2000; 2. Negoiţă, N., - Construcţii civile, Editura Didactică şi Pedagogică, Bucureşti, 1976; 3. Pestişanu, C., - Construcţii, Editura Didactică şi Pedagogică, Bucureşti, 1979; 4. Vintilă, D., Mecanica Zidăriilor-curs, Editura Sitech, 2012, Craiova; * STAS 10107/0-90 - Construcţii civile şi industriale. Calculul şi alcătuirea elementelor de beton , beton armat şi beton precomprimat. Calcul de proiectare seismică, P100-2006. Cod de proiectare structuri din zidărie; * STAS 10100/0-75 - Principii generale de verificare a siguranţei construcţiilor; * STAS 10100/0-2A2 - Acţiuni în construcţii; * STAS 10102-75 - Construcţii din beton armat şi beton precomprimat; * STAS 10107/0-90 - Calculul şi alcătuirea elementelor structurale din beton, beton armat şi beton precomprimat; * STAS 10107/1-77 - Calculul şi alcătuirea planşeelor din beton şi beton precomprimat; *** STAS 10107/2-77 - Planşee curente din plăci şi grinzi din beton armat şi beton precomprimat.

Metal Buildings III