The ASME Medal is a prestigious award given by the American Society of Mechanical Engineers (ASME) to recognize outstanding engineering achievements. It is one of the highest honors bestowed by ASME and is awarded to individuals who have made significant contributions to the field of mechanical engineering through innovations, leadership, and significant advancements in the profession. Recipients of the ASME Medal are typically recognized for their exceptional work and contributions that have had a substantial impact on the engineering community and society at large.
Wuest-type herringbone gears are a specific design of herringbone gears that are used to transmit power and motion between non-parallel shafts. Herringbone gears, in general, are characterized by their V-shaped tooth design that allows for smooth and quiet operation, as well as the ability to handle high loads. The Wuest design incorporates two helical tooth systems that are placed in a specific arrangement to effectively manage thrust loads, which are generated when gears mesh.
A workpiece refers to the material or object that is being manipulated or processed during manufacturing or fabrication. In contexts such as machining, welding, or assembly, the workpiece is the item that undergoes changes, such as shaping, cutting, or joining, to achieve a desired final form or specification. Workpieces can be made from various materials, including metals, plastics, wood, and composites, and can be in different shapes and sizes, from small components to large structures.
Women Who Weld is an organization and community initiative aimed at empowering women and non-binary individuals in the field of welding and metal fabrication. Founded by artist and educator Aimee M. K. Lee, the initiative focuses on providing hands-on training, mentorship, and resources to help participants develop skills in welding, thus promoting gender equality in a traditionally male-dominated industry. The program offers workshops and training sessions to teach various welding techniques, safety practices, and other related skills.
A wire race bearing is a type of bearing that utilizes thin wire rings as raceways for rolling elements, usually balls or rollers. Unlike traditional bearings that have thick, solid rings, wire race bearings use these thin wire rings to provide a lightweight and compact solution for supporting and allowing relative movement between two parts. ### Key Features of Wire Race Bearings: 1. **Design**: They feature two or more wire rings that act as raceways.
White's Marine Engineering Company is a company that specializes in the marine engineering sector, often focusing on the design, manufacturing, and maintenance of equipment and systems for the maritime industry. Companies in this field typically provide services related to shipbuilding, repairs, and refurbishment of vessels, as well as the production of marine components such as engines, propulsion systems, and other related technologies. White's Marine Engineering might be involved in various marine projects, including commercial shipping, recreational boating, or even military applications.
A volume corrector is a device used in the measurement and calculation of gas or liquid volumes. It is particularly important in industries such as oil and gas, where accurate measurement of flow rates and volumes is crucial for billing, inventory management, and regulatory compliance. The primary function of a volume corrector is to adjust the volume measurements based on changes in conditions such as temperature, pressure, and gas composition.
A variator, commonly found in the context of mechanical systems, refers to a type of continuously variable transmission (CVT) that allows for the seamless adjustment of output speed and torque in response to changing load conditions. Variators are commonly used in applications like scooters, some bicycles, and industrial machinery. The main feature of a variator is its ability to change the gear ratio continuously without the discrete steps found in traditional gear systems.
A V14 engine is a type of internal combustion engine that has 14 cylinders arranged in a "V" configuration. In a V engine design, the cylinders are set at an angle to each other, typically sharing a crankshaft. The "V" shape helps to compact the engine design while maintaining balance and reducing vibrations, which is a key advantage of multi-cylinder engines. V14 engines are quite rare and are not commonly found in production vehicles.
An undercut crankshaft refers to a specific design feature in the crankshaft of an engine, particularly in performance or racing applications. The term "undercut" generally describes a modification where material is removed from certain areas of the crankshaft to reduce weight and enhance performance characteristics. ### Key Features and Benefits of an Undercut Crankshaft: 1. **Weight Reduction**: By undercutting the crankshaft, manufacturers can reduce its overall mass without compromising structural integrity.
A U-bolt is a type of fastener that is shaped like the letter "U." It typically consists of a curved metal rod with two parallel ends that are threaded to accommodate nuts. U-bolts are commonly used to secure or support pipes, rods, or other cylindrical objects in various applications, including plumbing, construction, and automotive engineering. The design of a U-bolt allows it to fit around an object and be tightened securely using nuts, making it effective for mounting or clamping.
A trip valve gear, often known simply as "trip gear," is a safety mechanism used in steam locomotives and some other types of locomotive systems. Its primary function is to automatically cut off the steam supply to the engine in case of an emergency, such as a derailment or when the locomotive exceeds a certain speed.
A Transit bolt, often referred to in various contexts, typically pertains to a component or fitting that is part of a mechanical assembly or structure. However, it seems like you might be referring to one of a few different things, so let me clarify a couple of common usages of the term: 1. **Transit Bolt (in construction or machinery)**: It may refer to a type of fastener used in construction or manufacturing to secure components together.
Sundew, in the context of draglines, refers to a specific type of dragline excavator used in mining and heavy construction. Draglines are large pieces of equipment with a bucket that is pulled toward the machine by a system of cables and pulleys. They are primarily used for removing overburden in mining operations or for large-scale earthmoving projects.
A sugarcane harvester is a specialized agricultural machine designed to efficiently harvest sugarcane crops. These machines have been developed to streamline the harvesting process, which traditionally required significant manual labor. ### Key Features of Sugarcane Harvesters: 1. **Cutting Mechanism**: Sugarcane harvesters are equipped with large cutting blades or knives that can quickly cut the tall stalks of sugarcane close to the ground.
A straight-twelve engine, also known as an inline-12 engine, is an internal combustion engine configuration that features twelve cylinders arranged in a single straight line. This design is part of the broader family of straight engines, where the cylinders are configured in a linear fashion rather than in a V-shape or other layouts. **Key Characteristics of Straight-Twelve Engines:** 1. **Configuration**: All twelve cylinders are aligned in a single row, providing a long and narrow engine design.
A straight-seven engine, also referred to as a straight-seven or inline-seven engine, is an internal combustion engine configuration with seven cylinders arranged in a straight line along the crankshaft. This design follows the same principle as other inline engines, including more common configurations like inline-four and inline-six engines. While inline engines are typically found with four, six, or eight cylinders, the straight-seven is quite rare and primarily exists in theoretical designs or specialized applications.
A straight-nine engine, also known as an inline-nine engine, is an internal combustion engine configuration that has nine cylinders arranged in a straight line along a single crankshaft. This design is less common than other inline engine configurations, such as the more typical straight-four, straight-six, or straight-eight engines. **Characteristics of a Straight-Nine Engine:** 1.
A straight-fourteen engine, commonly referred to as an inline-fourteen engine, is an internal combustion engine configuration that features 14 cylinders arranged in a straight line. This type of engine is not very common in automotive applications but can be found in some industrial, marine, or specialized applications where high power output is required. The straight-fourteen design is similar to more common engine configurations like straight-four (inline-four) or straight-six engines, but it offers an even greater number of cylinders.
A stepped nozzle is a type of nozzle used in fluid dynamics, particularly in rocket propulsion and jet engines. It features a design characterized by distinct sections or "steps" that change the cross-sectional area of the exhaust flow, usually in a staged or incremental manner. This design can enhance performance by optimizing the expansion of the exhaust gases through various pressure and temperature conditions.