Mechanical Engineering

Mechanical Engineering is a branch of engineering that encompasses the generation and application of heat and mechanical power and the design, production, and use of machines and tools. Mechanical engineering involves application of the principles of dynamics, control, thermodynamics and heat transfer, fluid mechanics, strength of materials, materials science, electronics, and mathematics.

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Elliot Construction has two cranes The large crane can lift up to 7 tons The small one can lift up to 6 tons How much more weight can the large crane lift than the small crane?

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The large crane can lift up to 7 tons, and the small crane can lift up to 6 tons. To calculate how much more weight the large crane can lift than the small crane, subtract the lifting capacity of the small crane from the lifting capacity of the large crane:

7 tons - 6 tons = 1 ton

Therefore, the large crane can lift 1 ton more than the small crane.

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What is the largest crane in the world?

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The "Sarens SGC-250" holds the title for the largest crane in the world. Manufactured and operated by Sarens, a global heavy lifting and transportation company, the SGC-250 is a ring-based heavy-lift crane.

Here are some specifications of the Sarens SGC-250:

Lifting Capacity: The SGC-250 has a maximum lifting capacity of 5,000 metric tons (5,500 US tons). This immense lifting capacity allows it to handle extremely heavy loads.

Boom Length: The crane's boom length can reach up to 160 meters (525 feet). This long reach enables it to access and lift objects at significant heights and distances.

Ring-based Design: The SGC-250's unique design features a ring-shaped structure, allowing it to rotate 360 degrees around a central tower. This design provides the crane with exceptional stability and allows for efficient maneuvering.

Modular Design: The crane is built with a modular concept, meaning it can be disassembled and transported to different job sites easily. This feature enhances its versatility and mobility.

Specialized Applications: The SGC-250 is typically used for heavy lifting projects in industries such as petrochemicals, power generation, and infrastructure construction. It can handle tasks like constructing large power plants, oil refineries, and other major industrial facilities.

It's important to note that technology and engineering developments continue to push the boundaries of crane capabilities, and there may be new and larger cranes in the future. Therefore, it is always recommended to consult the latest information from crane manufacturers or industry sources for the most up-to-date information on the world's largest cranes.

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What is factor of safety in Crane load lifting?

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The factor of safety in crane load lifting refers to the ratio between the maximum load-carrying capacity of the crane and the actual load being lifted. It is a crucial safety measure that ensures the crane's structural integrity and operational performance while accounting for uncertainties, dynamic loads, and variations in lifting conditions.

The factor of safety is typically calculated by dividing the maximum load-carrying capacity of the crane by the actual load being lifted. For example, if a crane has a maximum capacity of 10 tons and is lifting a load of 5 tons, the factor of safety would be 2 (10 tons Ă· 5 tons).

The specific factor of safety required for crane lifting operations can vary depending on various factors, including regulations, industry standards, the type of crane, and the specific lifting application. In general, a factor of safety greater than 1 indicates that the crane has a capacity greater than the actual load, providing a margin of safety.

It's important to note that the factor of safety is a critical aspect of crane safety and should be determined and adhered to in accordance with relevant standards and guidelines. Working within the appropriate factor of safety helps prevent overloading and ensures the safe and efficient operation of the crane during lifting activities.

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What is underslung single girder EOT crane?

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An underslung single girder EOT (Electric Overhead Traveling) crane is a specific type of overhead crane that features a single girder suspended from the ceiling or overhead structure of a building. This configuration is known as "underslung" because the girder is positioned below the runway beams or support structure.

Here are the key features and components of an underslung single girder EOT crane:

Single Girder: It refers to the horizontal beam that supports the hoist and trolley, allowing for the movement of loads along the span of the crane. In the case of an underslung crane, this girder hangs below the runway beams instead of being positioned above them.

Suspension System: The single girder is suspended from the building structure by suspension rods or hangers. The suspension system ensures the stability and proper alignment of the crane.

Hoist and Trolley: The hoist mechanism, used for lifting and lowering loads, is mounted on a trolley that moves along the length of the single girder. The trolley allows for horizontal movement of the load.

Runway: The runway is the framework or structure that supports and guides the crane along its path. In the case of an underslung crane, the runway beams are typically positioned above the single girder.

Underslung single girder EOT cranes are often preferred in situations where headroom clearance is limited or when existing structures prevent the installation of a traditional top-running crane. They offer benefits such as efficient use of available space, increased lifting capacity, and ease of installation.

It's important to note that underslung single girder EOT cranes come in various configurations, capacities, and designs to suit different applications and requirements. The specific features and characteristics can vary among manufacturers and based on specific project needs.

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What is an EOT Crane?

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An EOT (Electric Overhead Traveling) crane, also known as an overhead crane or bridge crane, is a type of crane that operates on an elevated runway system. It is commonly used in industrial settings, such as warehouses, manufacturing facilities, and construction sites, for lifting, moving, and transporting heavy loads.

The EOT crane consists of several key components:

Bridge: The main horizontal beam that spans the width of the working area. It is supported by end trucks on both ends and travels along the runway rails.

Runway: A system of rails that provides a stable track for the crane to travel on. The runway is typically mounted on a structural framework or building columns.

Hoist: The lifting mechanism that is attached to the bridge and allows for vertical movement. It consists of a motorized drum or chain system with a hook or other lifting device attached to it.

Trolley: The part of the crane that moves along the bridge horizontally. The hoist mechanism is mounted on the trolley, enabling it to position the load in different locations.

Controls: Electric controls, usually located in a cab or pendant station, allow the operator to control the movement of the crane, including hoisting, lowering, and traversing motions.

EOT cranes offer several advantages, including efficient material handling, increased productivity, and improved safety. They are capable of handling heavy loads ranging from a few tons to several hundred tons, depending on their design and configuration.

Overall, EOT cranes are versatile and vital equipment in various industries where lifting and moving heavy objects are required.

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How do you calculate eot crane lt wheel?

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To calculate the load on the long travel (LT) wheels of an EOT (Electric Overhead Traveling) crane, you need to consider the following factors:

Vertical load on the crane: Determine the weight of the crane itself, including the main bridge, trolley, hoist assembly, and any additional components mounted on the crane. This weight is usually provided by the crane manufacturer and is often referred to as the dead weight or self-weight of the crane.

Load capacity: Determine the maximum load capacity of the crane, which in this case is 10 tons. This represents the maximum weight the crane is designed to lift and carry.

Vertical load distribution: Divide the load capacity by the number of wheels supporting the crane's main bridge. Typically, an EOT crane has multiple wheels arranged in pairs to distribute the weight evenly. Let's assume the crane has 4 pairs of wheels, totaling 8 wheels. Divide the load capacity (10 tons) by this number to get the vertical load distribution on each pair of wheels.

Impact factor: Consider any impact or dynamic factors that may occur during crane operation. These factors represent the additional stress or load experienced by the LT wheels due to sudden starts, stops, and maneuvers. The impact factor is usually provided in the crane design specifications by the manufacturer. Multiply the vertical load distribution obtained in step 3 by the impact factor to incorporate this additional load.

It's important to note that the above calculation is a general guideline, and the specific design considerations for the LT wheels may vary depending on the crane manufacturer and design standards. For accurate calculations and to ensure safety, it's recommended to consult the crane manufacturer or a qualified engineer for your specific crane application.

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What is the cost of 10 ton eot crane?

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The cost of a 10-ton EOT (Electric Overhead Traveling) crane can vary depending on several factors, including the manufacturer, location, specific features, and additional customization required. Additionally, market conditions and other economic factors can influence the price.

As of my last update in February 2024, it's difficult to provide an exact cost without more specific information. However, as a general range, you can expect the cost of a 10-ton EOT crane to be in the range of $20,000 to $100,000 or more.

To get an accurate price for a 10-ton EOT crane, it is recommended to contact several suppliers or manufacturers, provide them with your specific requirements, and request a quotation. This will help you get the most accurate and up-to-date pricing information based on your individual needs and location.

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What is the degree of freedom for EOT crane?

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The degree of freedom for an EOT (Electric Overhead Traveling) crane typically refers to the number of independent directions or movements in which the crane can operate.

In general, an EOT crane can have multiple degrees of freedom, depending on its design and configuration. The most common degrees of freedom for an EOT crane are:

Hoisting: This refers to the vertical movement of lifting and lowering loads. The hoist mechanism enables the crane to move objects up and down.

Long travel: This refers to the horizontal movement of the crane along the length of the runway rails. The crane can travel back and forth along the overhead tracks.

Cross travel: This refers to the horizontal movement of the trolley, which carries the hoist mechanism, across the width of the crane bridge. The trolley can move from side to side.

So, a typical EOT crane has three degrees of freedom: hoisting, long travel, and cross travel. However, it's important to note that the actual degrees of freedom can vary depending on the crane's design and additional features.

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Where can a gasket be used in mechanical systems?

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A gasket is a mechanical seal that fills the space between two mating surfaces, preventing leakage from or into the joined objects while under compression. Visit our website to get Gaskets at the best price in India. is a renowned Gaskets Manufacturers in India. Gaskets manufactured from diverse materials are suitable for various industrial applications. Gaskets are manufactured using numerous stainless steel standards. The emphasis is on the 300 series, which includes SS 304 and SS 316. These standards have comparable but separate features.

mechanical systems for several reasons:

Sealing Function: Gaskets prevent leaks of liquids or gases, ensuring the efficient operation of machinery and preventing environmental contamination.

Temperature and Pressure Resistance: They maintain integrity even in extreme conditions, crucial in industries like automotive, aerospace, and oil & gas.

Vibration Dampening: Gaskets absorb vibrations, reducing wear and tear on machinery components.

Variety of Types: Gaskets come in various types such as flat, spiral wound, ring joint, and camprofile, each suited for specific applications and conditions.

In essence, gaskets play a vital role in maintaining the integrity and functionality of mechanical systems across diverse industries.

Why is it important to leave the work area and the machine in a safe condition on completion of the turning activities?

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Asked by Alexreimer

So that accidents including fires caused by sparks or leaks or expensive equipment being destroyed

Which is the toughest engineering branch?

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off course mechanical engineering is the best engineering branch ever because it is r cessation proof and it is standard branch no one can get easily this .....

Which bachelor of engineering course is best?

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It's not that one is better than the other, it's that they are different. You must determine which one is best for you. You have to decide exactly what it is that you want to do. You should have a passion for the field whichever one it is. In terms of engineering, there are a number of possibilities to include to following.

* Mechanical engineering * Chemical engineering

* Electrical engineering

* Architectural engineering

* Computer science engineering * Management engineering

Which is the best iit for mechanical engineering?

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IIT kharagpur is the best IIT for mechanical engineering. IIT Delhi ranks second.

State steps that might be present in the sequential control of a dishwasher?

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steps might be present in sequential control of a me with a block diagram

Whats is young's modulus?

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Young’s Modulus (also referred to as the Elastic Modulus or Tensile Modulus), is a measure of mechanical properties of linear elastic solids like rods, wires, and such. Other numbers measure the elastic properties of a material, like Bulk modulus and shear modulus, but the value of Young’s Modulus is most commonly used. This is because it gives us information about the tensile elasticity of a material (ability to deform along an axis).

Young’s modulus describes the relationship between stress (force per unit area) and strain (proportional deformation in an object). The Young’s modulus is named after the British scientist Thomas Young. A solid object deforms when a particular load is applied to it. The body regains its original shape when the pressure is removed if the object is elastic. Many materials are not linear and elastic beyond a small amount of deformation. The constant Young’s modulus applies only to linear elastic substances.

What is the tensile strength of mild steel?

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Mild steel is a fairly general classification and can cover a considerable variation in material properties. Cold drawn grades in particular will have a higher tensile strength than hot rolled.

Something like 400 MPa for yield stress and 500 MPa for ultimate tensile strength is quite common.

What is mean metal temperature?

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It is one of the conditions for pressure vessels engineering calculations according to the ASME Boilers and Pressure Vessels Code. It is calculated by getting the difference between two streams. There are other definitions for mean metal temperature, but this is the simplest.

What is the density of high tensile steel grade 8.8?

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The density of high-tensile steel, such as the steel grade 8.8, typically ranges from 7,850 to 7,900 kilograms per cubic meter (kg/mÂł) or 7.85 to 7.90 grams per cubic centimeter (g/cmÂł). The density of steel can vary slightly depending on its composition and specific alloying elements.

It's important to note that the density of steel is a property that can be influenced by factors such as temperature and processing conditions. The values provided here are general averages, and for precise engineering applications, it's advisable to use the specific density values provided by material suppliers or manufacturers.

What filler metal is used to weld monel 400 to Inconel?

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Asked by Wiki User

MONEL alloy 400 is readily joined by conventional

processes and procedures. Most of the conventional welding processes may be

used to join MONEL alloy 400 to itself or dissimilar alloys.

The choice of welding product is dependent upon the

materials being joined and the environment to which they

will be exposed.

For shielded metal arc welding (SMAW), MONEL

Welding Electrode 190 is used to deposit near-matching

composition weldments. For some applications, Nickel

Welding Electrode 141, INCO-WELD A Welding Electrode,

or INCONEL Welding Electrode 112 may be preferred.

Properties of weldments deposited with MONEL Welding

Electrode 190 between two sections of MONEL alloy 400

plate and between sections of alloy 400 and carbon steel

plate are shown in Tables 20 and 21.

For gas tungsten arc welding (GTAW) and gas metal arc

welding (GMAW), MONEL Filler Metal 60 is used to

deposit near-matching composition weldments. For some

applications, Nickel Filler Metal 61 or INCONEL Filler

Metal 625 may be preferred. These same filler metals may

be used for submerged arc welding (SAW). INCOFLUX 5

is used with MONEL Filler Metal 60. INCOFLUX 6 is used

with Nickel Filler Metal 61. INCONEL Filler Metal 625 is

used with INCOFLUX 7.

Why HVAC is used?

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Asked by Wiki User

HVAC (Heating, Ventilation, and Air Conditioning) systems are used to control indoor temperature, humidity, and air quality in buildings or spaces. They provide thermal comfort and maintain a healthy and safe environment by regulating heating and cooling, ensuring proper ventilation, and filtering air to improve indoor air quality. HVAC systems are essential for maintaining comfort, preserving building structures, and supporting human health and productivity in various settings, including homes, offices, hospitals, and industrial facilities.

When is a truss called a rigid truss?

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Asked by Faisal31

A truss is a structure consisting of straight members

connected at their extremities only. The members being

slender and unable to support lateral loads, all the loads must

be applied at the joints; a truss may thus be assumed to

consist of pins and two-force members.

What is a bucket crusher?

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Asked by Wiki User

A bucket crusher is a crusher inside a bucket that is attached to an excavator and so used.

To clarify, you can view a video demonstration of how they work here...

Do you have sample slogans of a recruitment company?

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Asked by Wiki User

Electric pocket bikes can be purchased from various retailers and online platforms. Popular options include electric bike shops, specialty stores, and e-commerce platforms like Amazon, eBay, or dedicated electric vehicle dealerships.

For more information visit this site ebikevibe


What is the difference between tmt 500 and tmt 500 d bars?

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The difference between TMT 500 and TMT 500D bars lies in their composition and the manufacturing process.

TMT 500 is a type of TMT bar with a yield strength of 500 N/mm². On the other hand, TMT 500D, where 'D' stands for ductility, is a variant that not only possesses the high yield strength of 500 N/mm² but also exhibits superior ductility.

TMT 500D bars undergo a specialized thermo-mechanical treatment process that imparts enhanced ductility and bendability. After the initial hot-rolling stage, the bars are subjected to controlled water cooling. As a result, they are more suitable for earthquake-prone regions where flexibility and elongation are crucial.

While both TMT 500 and TMT 500D bars share the same level of strength, the inclusion of the 'D' in TMT 500D signifies an additional focus on ductility, making them better suited for specific construction requirements.

If you are looking for TMT bars, Vedanta Metalbazaar is a trusted source. As a leading manufacturer, Vedanta Metalbazaar provides a variety of TMT bars, including the high-quality Fe500D grade. For a diverse selection of TMT bars and quality assurance, consider choosing Vedanta Metalbazaar for all your construction needs.