Mechanical Technology

Not applicable.

In theoretical classes, a theoretical exposition of each subject is made.

In theoretical-practical classes, equipment and tools are identified and a demonstration of their use is made.

In practical classes, practical work is carried out to apply the knowledge transmitted in the theoretical and theoretical-practical component.

 Know and understand the operation of several machine tools; Interpret technical drawings of component manufacturing; Identify, select and operate equipment, tools and machine tools, according to the operations to be performed; Identify, select and operate tools for production, measurement, comparison and tracing;

Know and understand the operation of various welding processes, and be able to operate the respective equipment; Know how to choose the best welding process depending on the geometry and functionality of the part; Perform joint preparations, carry out welding beads and macroscopic inspection of the beads made.

Module 1 – Machining

Machine Tools: Principle of operation of angle grinders, saws, presses, guillotines, presses, drills, lathes, milling machines and grinders;
Production tools: Cutting and abrasion discs, saws, drills, cutters, chucks; turning irons, taps and dies, grinding wheels;
Measurement, comparison and tracing tools: Pachymeter, interior and exterior micrometer, bathymeter, altimeter, comparator, ruler, square, square and gram;
Machining practices: Execution of operations on machine tools for the manufacture, repair and modification of mechanical components.

Module 2 – Welding

Classification of welding processes: Brazing and soldering, oxyacetylene welding, spot welding, coated electrode welding, MIG / MAG welding and TIG welding;
Welding defects and inspection tests: Different types of welding defects and destructive and non-destructive control methods;
Joint preparation: Terminology, types of joints and factors to take into account when choosing a joint. Technological processes for chamfering;
Special Welds: Stainless steel, cast iron and cast steel, aluminum alloys, copper alloys;
Welding practices: Execution of welding beads in different types of materials and by different welding processes. Macroscopic analysis of the welds performed.

• - Prova relativo ao Módulo de Maquinagem - 50.0%
• - Prova relativo ao Módulo de Soldadura - 50.0%

• - Exame - 100.0%

NAO

» Completo, A., Festas, A. & Davim, J. P. (2009). Tecnologias de Fabrico, Publindústria.

» Davim, J. P. (1995). Princípios de Maquinagem, Almedina.

» Casillas, A. L. (1987). Máquinas: Formulário Técnico, Mestre jou.

» Sandvik Coromant (2021). Catálogos e manuais da Sandvik Coromant. Recuperado em 25 de fevereiro, 2021, de https://www.sandvik.coromant.com/pt-pt/downloads/pages/default.aspx.

» Freire, J. M. (1979). Tecnologia Mecânica – Torno Mecânico (Vol. 3). Rio Janeiro: Livros técnicos e científicos editora.

» Freire, J. M. (1979). Tecnologia Mecânica – Fresadora (Vol. 4). Rio Janeiro: Livros técnicos e científicos editora.

» Santos, J. F. Oliveira & Quintino, L. (1993). Processos de Soldadura, Vol I e II, Instituto de Soldadura e Qualidade.

» Dias Lopes, E. M. & Miranda, R. M. (1993). Metalurgia da Soldadura, ed. ISQ, Lisboa.

» Granjon, H. (1998). Bases Metalúrgicas da Soldadura; Publicações de Soldadura Autogénea; 32, Boulevard de la Chapelle 75880 Paris.