Author name: Sulochana Dorve

I am Sulochana. I am a Mechanical Design Engineer—M.tech in design Engineering, B.tech in Mechanical Engineering. I have worked as an intern at Hindustan Aeronautics limited in the design of the armament department. I have experience working in R&D and design. I am skilled in CAD/CAM/CAE: CATIA | CREO | ANSYS Apdl | ANSYS Workbench | HYPER MESH | Nastran Patran as well as in Programming languages Python, MATLAB and SQL. I have expertise on Finite Element Analysis, Design for Manufacturing and Assembly(DFMEA), Optimization, Advanced Vibrations, Mechanics of Composite Materials, Computer-Aided Design. I am passionate about work and a keen learner. My purpose in life is to get a life of purpose, and I believe in hard work. I am here to excel in the field of Engineering by working in a challenging, enjoyable & professionally bright environment where I can fully utilize my technical and logical skills, constantly upgrade myself & benchmark against the best. Looking forward to connect you through LinkedIn - https://www.linkedin.com/in/sulochana-dorve-a80a0bab/

Pressure Vessel Design: 17 Facts You Should Know

Primary and secondary stresses in pressure vessels | Pressure vessel stress analysis | Pressure vessel design procedure: The first step in designing a vessel is the purpose of application and specifications that function the container characteristics. The environment and nature of liquid and gases are another important factors.The parameters involves in the designing: Spherical vessel: …

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Oldham Coupling: 19 Important Factors Related To It

Oldham Coupling: Invention: John Oldham (1821)-solve paddle steamer design.Flexible coupling has 3 types. Oldham coupling is one of the type of the flexible coupling. Oldham coupling definition: Oldham coupling transmits torque between shaft through mating slots on the center discs mounted on the hub.Oldham coupling is useful for parallel alignment applications. It can acquire axial …

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Flexible Coupling: 27 Important Factors Related To It

Coupling: Coupling is the device that is used for the connection of shafts to transmit power and torque. Coupling is the connection of shaft units that are manufactured separately.Coupling failure occurs due to key and bolts. So it can be covered by flanges to avoid failure.The shafts may have all-direction axes.Couplings are used for variable-type …

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Rigid And Flange Rigid Coupling: 19 Important Facts

Couplings: Coupling Definition: A Coupling is a connecting device, which connects two rotating shafts.A coupling is used for power transmission and torque transmission.Connected at the ends of the shafts, there is the possibility of failure or slippage depending on the torque limit of the shafts. Applications: ⦁ The purpose of coupling is to transmit power …

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Thermal stress: 23 Important Factors Related To It

Contents: Thermal stress Thermal stress definition “Thermal stress is the stress in the material due to the temperature change and this stress will lead to plastic deformation in the material.” Thermal stress equation | Thermal stress formula: The stress induced due to temperature change:σ=Eα∆TIt is documented that changes in temp will cause elements to enlarge …

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Principal stress: 23 Facts You Should Know

Principal Stress Definition: Principal Stress is the maximum and minimum stresses derived from normal stress at an angle on a plane where shear stress is zero. How to calculate principal stress ? Principal stress equation | Principal stress formula:Maximum and Minimum principal stress equations: Principal stress derivation | Determine the principal planes and the principal …

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Shear modulus |Modulus of rigidity | It’s important facts and 10+ FAQ’s

What is Shear modulus ? Modulus of Rigidity definition Shear modulus is the ratio of the shear stress to the shear strain. Shear modulus is defined as the measure of the elastic shear stiffness of the material and it is also acknowledged as ‘modulus of rigidity’. So, this parameter answers the question of how rigid …

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Spring Constant: 27 Important Factors Related To It

Spring constant definition: Spring constant is the measure of the stiffness of the spring. Springs having higher stiffness are more likely difficult to stretch. springs are elastic materials. when applied by external forces spring deform and after removal of the force, regains its original position. The deformation of the spring is a linear elastic deformation. …

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