Mechanical English Vocabulary

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Mechanical Engineering Vocabulary Mechanical engineering is a discipline that covers the design and development of machines and other tools that can be used in a number of industrial and commercial applications and projects. This type of engineering requires a particular knowledge of a wide vari......

Mechanical Engineering Vocabulary

Mechanical engineering is a discipline that covers the design and development of machines and other tools that can be used in a number of industrial and commercial applications and projects. This type of engineering requires a particular knowledge of a wide variety of concepts and the ability to think creatively in order to come up with feasible solutions and strategies. Below is a list of terminology associated with mechanical engineering that is necessary for anyone aiming to get into this field.

Automation: This term refers to the process of making a system or a process completely automated to eliminate manual labor and make things run more efficiently.

CAD: A type of software used to create 3D models and designs of entities and products.

Computer-Aided Design: Commonly known as CAD, it is a type of software that helps mechanical engineers create 3D models and designs of their products and entities.

Computer-Aided Manufacturing: Commonly referred to as CAM, this type of software is used to automate the manufacturing of products and parts. It is used mainly in production lines and other automated factories.

Drafting: This term refers to the process of creating detailed drawings that are used to explain the design of a product and its individual components.

Engineering Database: A database that stores mechanical engineering data and information.

Engineering Design: This is the process of coming up with a concept and then prototyping it in order to create a new product or system.

Failure Analysis: The examination of a failed part or product to determine the cause of its failure.

Mechanical Engineer: An engineering professional who specializes in designing, prototyping and manufacturing various products and systems.

Motion Control: This refers to the process of controlling the motion of mechanical components such as motors, actuators, and robots in order to achieve a desired result.

Fluid Mechanics: This is the study of the effects of fluids on mechanical components and systems.

Fabrication: The process of constructing a product or system from individual parts and components.

Robotics: The field of engineering that deals with the design and construction of robots.

Thermodynamics: The study of the transfer of energy in between a product and its environment.

Materials Science: The study of the properties and compositions of various materials used in mechanical engineering projects.

Stress Analysis: The examination of a material or system under various forms of stress to determine its strength and durability.

Tolerances: This term refers to the measures of acceptable variation for a product or system.

Computer-Aided Engineering: This is software that helps mechanical engineers analyze various aspects of their designs and engineering projects.

Biomechanics: The study of the interaction between certain kinds of bodies and machines.

Casting: The process of pouring molten metal into a mold to create a specific shape.

Mechatronics: The intersection of mechanical engineering and electronics engineering.

Mechatronic Systems: Complex systems that combine mechanical, electrical and electronic components.

Plastics: Materials used in mechanical engineering projects that have various physical and chemical properties.

CNC: A type of machine that is used to perform a variety of machining operations on a product or system.

Industrial Robots: Robots used mainly in industrial and manufacturing settings.

Fabrication Shop: A shop that specializes in the fabrication of mechanical components and systems.

Design Analysis: The process of analyzing the design of a product in order to determine if it meets all the necessary requirements.

Welding: The process of joining two pieces of metal by applying heat, pressure, or an electrical current.

These are just some of the vocabulary a mechanical engineer should know. There are many more terms and concepts associated with this field and it is important for any aspiring engineer to understand these concepts and be able to use them in their work. Knowledge of mechanical engineering vocabulary is essential for anyone looking to work in this field.

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