Courses list

Wersja polska

Course code: IWS10150o13
Semester: 2013/2014 winter
Name: drawing and descriptive geometry
Major: Water Engineering and Managment
Study Type: first cycle
Course type: compulsory
Study Semester: 1
ECTS points: 3
Hours (Lectures / Tutorials / Other): 15 / 15 / 0
Lecturer: dr inż. Włodzimierz Białas
Language of instruction: Polish


Learning outcomes: Knowledge He has educated spatial imagination, knows the method for recording tracks spatial plane is able to determine which of these methods to characterize, knows the basics geometric representations of technical drawings used in general and the construction industry is aware of standardization of forms and rules for the drawings. Knowledge It can be used on a plane mapping method selected or created in the imagination of objects, knows how to create an isometric image of the object, is able to practically apply the principles of geometry in general engineering drawing, used to normalize the knowledge of proper presentation, labeling and dimensioning

Competences: The student is able to search for links between the regularities existing in geometry and other areas of science, can develop the skills for further learning based on the knowledge gained in the field of geometry and technical drawing.

Prerequisites:

Course content: Two orthographic viewports (Monge method) and the coincidence mapping lines and planes, projections of polyhedra, sections rzutującymi planes, projections and sections of the surface planes rzutującymi; simple common parts of polyhedra and surfaces. Mapping point, line and plane projected cechowanym; cechowanego line application for the determination of earthworks slopes. Axonometry. Formats and sheet form drawing, line drawings, monochrome graphic markings on the drawings of architectural elements - construction and installation; principles of dimensioning objects and elements, drawings replacement.

Recommended literature: 1. Potyrała J., Rojek M., Ziemiański A: Geometria Wykreślna, Wyd. AR Wrocław 2000. 2. Szerszeń S.: Nauka o rzutach, PWN, Warszawa 1976. 3. Bogaczyk T., Romaszkiewicz-Białas T.: 13 wykładów z geometrii wykreślnej. Wyd. Oficyna Wydawnicza PWr, Wrocław 2000. 4. Otto F., Otto E.: Podręcznik geometrii wykreślnej, PWN, Warszawa 1998. 5. Fuliński J., Mokwa M., Rojek M.: Zastosowanie rzutów cechowanych w budownictwie melioracyjnym i wodnym, Wyd. AR Wrocław 1981. 6. Januszewski B., Bieniasz J.: Geometryczne podstawy grafiki inżynierskiej Cz. I, Cz. II. Wyd. Oficyna Wydawnicza PRz, Rzeszów 2004-5. 6. Januszewski B., Bieniek Z. i inni.: Podstawy geometrii wykreślnej i rysunku technicznego, Oficyna Wydawnicza PRz, Rzeszów 2009. 7. Normy PN-EN–dotyczące rysunku technicznego, PKN.

Assessment methods: credit classes based on tests and ratings of homework, lectures written credit.

Comment: Lecture 1 General principles of representation at the level of the tracks. Types viewport. The method of projection-parallel rectangular projection (Monge method `a) - location and tracks straight and planes. Lecture 2 Throw parallel rectangular (Monge method `a) - coincidences line and plane, projections of plane figures, breakthrough straight. 3rd Lecture Basic knowledge of polyhedra in terms of their practical use in the drawing. Projections of polyhedra into two viewports. 4th Lecture Cross-sectional planes rzutującymi polyhedrons, a simple puncture. Lecture fifth Basic knowledge of surfaces (cylindrical, cone, sphere) in terms of their practical use in the drawing. Projection of solids of revolution and pitched in two and three viewports. Lesson 6 Cross-sectional area rzutującymi planes, a simple puncture. Lecture 7th The method of projection-rectangular projection parallel to one viewport (throw hallmarked). Projections of lines and planes, and interdependence. Rectangular projection parallel to one viewport - cechowanego line application to solve issues related to the structures in the earth, mapped in the form of an inclined plane. Lecture 8th Basic knowledge of axonometric. Axonometric types. Drawing views of objects (płaskościennych and turnover) in axonometric bachelor and military. Lecture 9th General characteristics of the technical drawing - the types of drawings. Formats and the graphics of the drawing sheet (frame, box and descriptive drawing, drawing tablet). Graduation picture. Lecture 10th Drawing lines in the drawings of machine construction and installation. Annotate drawings, references, indications of. Lecture 11th Switching on the subject of engineering drawing: construction, installation and engineering. 12th Lecture Principles of dimensioning objects on technical drawings .. Lesson 13 Monochrome graphic markings on architectural drawings, construction and installation. Lecture 14th Principles of dimensioning objects and elements in the figures the horizontal projection and vertical sections. 15th Lecture Reconstruction drawings of buildings, machines and equipment technical support. The type and range of exercises: laboratory exercises. Part I - Geometry: Exercise Design Exercise 1 and 2: Plans Monge `a - plans and tracks straight traces of the plane, throws polygons, the common line and polygons. Exercise 3 and 4: Shot Monge `a - projections of polyhedra into two or more viewports plane sections projecting polyhedra and any (classes 3, 4). Exercise 5 and 6: Plans Monge `a - plans surface (cylindrical, conical) for two or more viewports, projecting plane sections, punctures simple polygons and surfaces. Exercise 7 and 8: Throw hallmarked square-project access road to the flat sloping. Part II - Technical Drawing: Design Exercise Exercise 9 and 10: Restitution of objects on the basis of three orthogonal viewports elements in isometric and axonometric bachelor. Restitution based on three orthogonal viewports objects in the form of parts of the surface of solids in axonometric military. Exercise 11 and 12: Design of components of machines and equipment in accordance with the principles of engineering drawing dimensioning. Exercise 13 and 14: Dimension line (horizontal section) above the ground floor of single-family residential building in accordance with the dimension of the construction drawing. Exercise 15: Assessment of exercise.