SHEET-METAL PROCESSING TOOLS
Study Program:
 UBMAF220A007-002, MSc (graduate) Academic Studies
Course Code:
 ПРО220-0322
Lecturer:
 Dr. Ljubodrag Tanović, Professor
Course Status:
 Elective
ECTS Credits:
 6
Prerequisites for Course Attendance:
 Defined by the Study Program Curriculum
AIMS:
Acquisition of theoretical and practical knowledge in the domain of the design, calculations and construction of tools for sheet-metal processing by punching, drilling, bending, drawing, and combination of these methods. The student acquires a sound understanding of the importance of team work and cooperation in the area of the design based on contemporary technologies and optimal solution.
LEARNING OUTCOMES:
1.Fundamental knowledge of sheet-metal processing tools. 2. Know-how the approach to the design process. 3. Sound knowledge and understanding of the process. 4. Fundamental practical knowledge of tools’ realization in industry.
THEORETICAL TEACHING (Syllabus):
The mathematical theory of plasticity and physics of plastic deformation in solids (hypotheses and models of solids). Plastic deformation mechanism. Continuum mechanics. Elastic repositioning of sheet metal. Deformation force and work in processing by punching, drilling, bending, drawing. Determination of the sheet-metal holder force. Determination of the press force. Determination of the tool pressure center. Determination of preliminary work-piece measurements for components manufactured by bending and drawing. Determination of the sequence and number of operations. Construction characteristics of tool working elements.
PRACTICAL TEACHING (Syllabus):
During laboratory exercises the student is acquainted with practical realization of sheet-metal processing tools. Project design for a concrete practice-related work-piece. Tools for making normal-accuracy components. Single-operating, multiple-operating and combined tools. Tools for making ribs for smaller or larger hole shaping. The hole enlargement by edge drawing. A visit to the factory where students are acquainted with the tool making technological process. Acquainting students with recommendations from practice relevant to tool design.
LEARNING RESOURCES:
1.Jovičić M., Tanović Lj., TOOLS AND TOOLING FIXTURES - calculations and constructrions of sheet-metal processing tools, FME, Belgrade, 2007, КПН 2. Standardized tool elements, Sheet-metal processing tool elements, Lab for FTS, machining processes and tools, ЛПС

Active teaching – number of teaching hours:
[4]; Lectures: [2]; Exercises: [1.33]; Other forms of teaching: [0.67]; Research work: [0];
Other – number of teaching hours:
[1]
Teaching methods:
Active teaching: Lecturing of new material: 20; Lecture explanations and examples: 10;
Practical teaching: Auditorial exercises: 2; Laboratory exercises: 10; Project design: 14; Consultations: 4;
Knowledge check: Project assessment: 6; Test assessment: 4;
Assessment of knowledge
Pre-exam assignments (points)
 Points
Final examination format Points
Feedback during course study
Laboratory exercises
Project
Seminar work
Calculation tasks
Test/colloquium
10
10
20
0
0
20
oral
 40