• Smaw Intro Notes The Mechanics
• Smaw Intro Notes The Mechanical

Compares equipment and techniques used in the major arc welding and thermal cutting processes. Learners perform introductory level welds in the SMAW, GMAW, FCAW and GTAW processes. Learners also perform material preparation skills including shearing, grinding and thermal cutting. Basic SMAW (Arc) Procedures. Students study Arc welding safety, power sources, electrode characteristics, and weld joint design. Basic Arc welding is performed in the flat, horizontal, and vertical positions using various electrodes. Course Code: IW-210. The work function of a metal is 3.45 eV. What is the maximum wavelength of a photon that can eject an electron from the metal. Solution:vo is the tresh hold frequency h vo = WF (work function) vo = c/lamdao now hc/lamdao = WF so lamdao = hc/WF Energy of incident photon 1.83 eV is less than 2.3 eV, No photoelectric emission is possible with the given light (wavelength).Problem 2.8Light of. Engineering Mechanics Notes Pdf – EM Notes Pdf starts with topics covering Introduction to Engineering. Mechanics, Basic Concepts. Systems of Forces: Coplanar Concurrent Forces, Components in Space, Resultant, Moment of Force and its Application, Couples and Resultant of Force Systems, etc. The research results indicated that the treatment process of 150°C, 250°C and 300°C produced the changes of mechanic charateristics with the tensile strength of 42 kgf/mm2 when the temperature had reached 300°C, but at the temperature 300°C, the its toughness would decrease to Hi = 0.836 j/m2 and its hardness would increase to 40.83 at the.

Smaw Intro Notes The Mechanics

Statewide Training Courses:

Industrial Welding

Smaw Intro Notes The Mechanical

• Specialization: Industrial Welding

  • Introduction to Welding Technology

    In this course, students are introduced to welding technology, including oxy-acetylene welding, brazing, and cutting, with an emphasis on hands-on welding activities. Participants will gain knowledge in oxy-acetylene safety, WHMIS training, Trade Safety Awareness, and will practice the safe use of hand tools, fasteners, and power metal-working equipment.

    Course Code: IW-200
    Course Requirements: None

    Hours: 110
    

  • Basic SMAW (Arc) Procedures

    Students study Arc welding safety, power sources, electrode characteristics, and weld joint design. Basic Arc welding is performed in the flat, horizontal, and vertical positions using various electrodes.

    Course Code: IW-210
    Course Requirements: Introduction to Welding Technology

    Hours: 110
    

  • Metal Design/Fabrication & Oxy-Acetylene Procedures

    Students will have an opportunity to build a variety of projects, including a steel fire pit, using various welding and cutting processes in order to enhance their layout and fitting skills with hand and power tools.

    Course Code: IW-220
    Course Requirements: Introduction to Welding Technology

    Hours: 110
    

  • Basic GMAW (MIG) Procedures

    Students set up and operate Gas Metal Arc Welding (MIG) equipment and perform MIG welding in all positions, which is an essential component for any production welding application. This course also involves project fabrication.

    Course Code: IW-230
    Course Requirements: Introduction to Welding Technology

    Hours: 110
    

  • Advanced GMAW (MIG) Procedures

    This course involves the welding of specialty materials such as stainless steel and aluminum using the Gas Metal Arc Welding (MIG) process. Students are taught how to use a variety of welding gasses and consumables used in the manufacturing industry, along with performing more advanced project fabrication.

    Course Code: IW-240
    Course Requirements: Basic GMAW (MIG) Procedures

    Hours: 110
    

  • Advanced SMAW (Arc) Procedures

    This course includes advanced welding techniques and procedures on fillet and groove welds. Students will gain an understanding of fit up and preparation requirements for various joint designs.

    Course Code: IW-250
    Course Requirements: Basic SMAW (Arc) Procedures

    Hours: 110
    

  • Advanced Metal Design/Fabrication

    This course involves the study of applied mathematics, blueprint reading, and interpretation of weld symbols. The study of metal properties and the use of specialty welding processes in project design and fabrication are also included.

    Course Code: IW-260
    Course Requirements: Metal Design/Fabrication & Oxy-Acetylene Procedures,Introduction to Welding Technology

    Hours: 110
    

  • Applied Specialties & Qualifications

    This course involves training for Canadian Welding Bureau (CWB) certification in the flat and horizontal positions with both the GMAW (MIG) and Flux Core Welding (FCW) processes.

    Course Code: IW-270
    Course Requirements: Advanced GMAW (MIG) Procedures,Basic GMAW (MIG) Procedures

    Hours: 110
    

  • Introduction to TIG

    This course includes safe equipment setup plus identification of proper electrodes and consumables. Gas Tungsten Arc Welding (TIG) is practiced in flat, horizontal and vertical positions using mild steel, stainless steel, and aluminum materials.

    Course Code: IW-280
    Course Requirements: Basic GMAW (MIG) Procedures,Metal Design/Fabrication & Oxy-Acetylene Procedures,Basic SMAW (Arc) Procedures,Introduction to Welding Technology

    Hours: 80