Mechanics

Additive manufacturing, digital simulation, process robotization, eco-design... mechanical engineering is one of the most active fields in terms of innovation, covering a wide range of future markets and helping to build a connected, optimized and sustainable industry. Get access to all the technical expertise you need to design, produce and maintain reliable, safe mechanical systems capable of meeting the challenges of the industry of the future
  • Additive manufacturing -3D printing

    Additive manufacturing -3D printing

    Details
    • Challenges, processes and markets
    • Value chain and implementation
  • Friction, wear and lubrication

    Friction, wear and lubrication

    Details
    • Surfaces
    • Friction and wear
    • Lubrication
    • Materials processing, shaping and tribology
    • Materials and tribology
    • [Archives] Friction, wear and lubrication
  • Mechanical functions and components

    Mechanical functions and components

    Details
    • Generalities and design of mechanical systems
    • Mechatronics
    • Mechanical calculation and modeling
    • In-service behavior of mechanical systems and components
    • Mechanical behavior of materials
    • Mechanics of rotating elements
    • Mechanical assemblies and fasteners
    • Mechanical guidance
    • Mechanical sealing
    • Mechanical power transmission: coupling, clutch, braking
    • Mechanical power transmission: gears and flexible links
    • Hydraulic and pneumatic power transmission
    • [Archives] Mechanical functions and components
  • Material processing - Assembly

    Material processing - Assembly

    Details
    • Material shaping by machining
    • Machining processes
    • Tools, machine tools and numerical chains for materials processing
    • Machining of non-metallic materials
    • Sheet metal forming
    • Additive manufacturing processes
    • Bonding of materials
    • Joining materials by welding
    • Joining materials by deformation
    • [Archives] Material processing - Assembly
  • Hydraulic, aerodynamic and thermal machines

    Hydraulic, aerodynamic and thermal machines

    Details
    • Hydraulic and thermal machines: fundamentals and innovative concepts
    • Combustion in internal combustion engines and the environment
    • Internal combustion engine technology
    • Internal combustion engines: power supply and lubrication
    • Automotive powertrains: controls and hybridization
    • Aeronautical turbomachinery
    • Aerodynamic machines and compressors
    • Vacuum technologies
    • Hydraulic machines: pumps and propellers
    • Thermal machines and electrical power generation systems
    • Fluid storage and transfer - Pressure equipment
    • [Archives] Hydraulic, aerodynamic and thermal machines

Why choose Techniques de l’Ingénieur?

  • Reinforced by self-training quizzes
  • Includes: Practical Paths
  • Written and reviewed by experts
  • Continuously updated
  • Compatible on all devices
  • Addtional services included within each offer