Tuesday, April 16, 2024
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Engineering

Engineering

How to Calculate and Solve for Percentage Reduction in Area, Ductility | Mechanical Properties

The image above represents percentage reduction in area, ductility. To compute for percentage reduction in area, ductility, two essential parameters

Engineering

How to Calculate and Solve for Percentage Elongation, Ductility | Mechanical Properties

The image above represents percentage elongation, ductility. To compute for percentage elongation, ductility, two essential parameters are needed and these

Engineering

How to Calculate and Solve for Modulus of Elasticity | Mechanical Properties

The image above represents modulus of elasticity. To compute for modulus of elasticity, two essential parameters are needed and these

Engineering

How to Calculate and Solve for Poisson’s Ratio | Mechanical Properties

The image above represents poisson’s ratio. To compute for poisson’s ratio, two essential parameters are needed and these parameters are

Engineering

How to Calculate and Solve for Shear Modulus | Mechanical Properties

The image above represents shear modulus. To compute for shear modulus, two essential parameters are needed and these parameters are Shear

Engineering

How to Calculate and Solve for Young’s Modulus | Mechanical Properties

The image above represents young’s modulus. To compute for young’s modulus, two essential parameters are needed and these parameters are Stress and Strain.

Engineering

How to Calculate and Solve for Elastic Constant | Hooke’s Law

The image above represents elastic constant. To compute for elastic constant, two essential parameters are needed and these parameters are

Engineering

How to Calculate and Solve for Extension | Hooke’s Law

The image above represents extension. To compute for extension, two essential parameters are needed and these parameters are Elastic Constant (k) and

Engineering

How to Calculate and Solve for Force | Hooke’s Law

The image above represents force. To compute for force, two essential parameters are needed and these parameters are Elastic Constant (k) and Extension

Engineering

How to Calculate and Solve for Shear Stress | Mechanical Properties

The image above represents shear stress. To compute for shear stress, two essential parameters are needed and these parameters are Shear

Engineering

How to Calculate and Solve for Engineering Strain | Mechanical Properties

The image above represents engineering strain. To compute for engineering strain, two essential parameters are needed and these parameters are Extension

Engineering

How to Calculate and Solve for Engineering Stress | Mechanical Properties

The image above represents engineering stress. To compute for engineering stress, two essential parameters are needed and these parameters are Force

Engineering

How to Calculate and Solve for Initial Grain Diameter | Deformation

The image above represents initial grain diameter. To compute for initial grain diameter, four essential parameters are needed and these

Engineering

How to Calculate and Solve for Strain Hardening Percent of Cold Work | Deformation

The image above represents strain hardening percent of cold work. To compute for strain hardening percent of cold work, two

Engineering

How to Calculate and Solve for Hall Petch Equation | Deformation

The image of hall petch equation is represented below. To compute for hall petch equation, three essential parameters are needed

Engineering

How to Calculate and Solve for Minimum Stress for Yielding | Deformation

The image of minimum stress for yielding is represented below. To compute for minimum stress for yielding, one essential parameter

Engineering

How to Calculate and Solve for Yield Stress for Single Crystal | Deformation

The image of yield stress for single crystal is represented below. To compute for yield stress for single crystal, two

Engineering

How to Calculate and Solve for Critical Shear Stress | Deformation

The image above represents critical shear stress. To compute for critical shear stress, two essential parameters are needed and these

Engineering

How to Calculate and Solve for cosφcosλ)max | Deformation

The image of (cosφcosλ)max is represented below. To compute for cosφcosλ)max, two essential parameters are needed and these parameters are

Engineering

How to Calculate and Solve for Shear Stress In Slip Direction | Deformation

The image of shear stress in slip direction is represented below. To compute for shear stress in slip direction, three

Engineering

How to Calculate and Solve for Relationship between Creep Strain Rate and Temperature | Fracture

The image of relationship between creep strain rate and temperature is represented below. To compute for relationship between creep strain

Engineering

How to Calculate and Solve for Larson – Miller Parameter | Fracture

The image of larson – miller parameter is represented below. To compute for larson – miller parameter, three essential parameters

Engineering

How to Calculate and Solve for Creep Strain Rate | Fracture

The image above represents creep strain rate. To compute for creep strain rate, three essential parameters are needed and these

Engineering

How to Calculate and Solve for Coefficient of Thermal Expansion | Fracture

The image of coefficient of thermal expansion is represented below. To compute for coefficient of thermal expansion, three essential parameters

Engineering

How to Calculate and Solve for Stress Ratio | Fracture

The image above represents stress ratio. To compute for stress ratio, two essential parameters are needed and these parameters are

Engineering

How to Calculate and Solve for Stress Amplitude | Fracture

The image above represents stress amplitude. To compute for stress amplitude, one essential parameter is needed and this parameter is Range

Engineering

How to Calculate and Solve for Range Stress | Fracture

The image above represents range stress. To compute for range stress, two essential parameters are needed and these parameters are Maximum

Engineering

Engineering

How to Calculate and Solve for Vessel Pressure without Yielding | Fracture

The image of vessel pressure without yielding is represented below. To compute for vessel pressure without yielding, four essential parameters

Engineering

How to Calculate and Solve for Fracture Toughness Design Stress | Fracture

The image of fracture toughness design stress is represented below. To compute for fracture toughness design stress, four essential parameters

Engineering

How to Calculate and Solve for Critical Wall Stress of Spherical Body | Fracture

The image of critical wall stress of spherical body is represented below. To compute for critical wall stress of spherical

Engineering

How to Calculate and Solve for Maximum Allowable Flow Length | Fracture

The image above represents maximum allowable flow length. To compute for maximum allowable flow length, three essential parameters are needed

Engineering

How to Calculate and Solve for Plain Strain Fracture Toughness | Fracture

The image of plain strain fracture toughness is represented below. To compute for plain strain fracture toughness, three essential parameters

Engineering

How to Calculate and Solve for Design Stress due to Fracture | Fracture

The image of design stress due to fracture is represented below. To compute for design stress due to fracture, three

Engineering

How to Calculate and Solve for Fracture Toughness | Fracture

The image of fracture toughness is represented below. To compute for fracture toughness, three essential parameters are needed and these

Engineering

How to Calculate and Solve for Brittle Material Critical Stress | Fracture

The image of brittle material critical stress is represented below.  To compute for brittle material critical stress, three essential parameters

Engineering

How to Calculate and Solve for Length of Crack on Surface | Fracture

The image above represents length of crack on surface. To compute for length of crack on surface, one essential parameter

Engineering

How to Calculate and Solve for Maximum Crack Tip Stress | Fracture

The image above represents maximum crack tip stress. To compute for maximum crack tip stress, three essential parameters are needed

Engineering

How to Calculate and Solve for Transformation Rate | Phase Transformation

The image above represents transformation rate. To compute for transformation rate, one essential parameter is needed and this parameter is

Engineering

How to Calculate and Solve for Particle Grain Growth | Phase Transformation

The image above represents particle grain growth. To compute for particle grain growth, four essential parameters are needed and these

Engineering

How to Calculate and Solve for Avrami Equation | Phase Transformation

The image above represents avrami equation. To compute for avrami equation, three essential parameters are needed and these parameters are Time

Engineering

How to Calculate and Solve for Homogeneous – Heterogeneous Relationship | Phase Transformation

The image above represents homogenous – heterogenous relationship. To compute for homogenous – heterogenous relationship, two essential parameters are needed

Engineering

How to Calculate and Solve for Activation Energy for Heterogeneous Nucleation | Phase Transformation

The image above represents activation energy for heterogenous nucleation. To compute for activation energy for heterogenous nucleation, three essential parameters

Engineering

How to Calculate and Solve for Critical Radius for Heterogeneous Nucleation | Phase Transformation

The image of critical radius for heterogenous nucleation. To compute for critical radius for heterogenous nucleation, two essential parameters are

Engineering

How to Calculate and Solve for Liquid interface | Nucleation Energies

The image of liquid interface is represented below. To compute for liquid interface, three essential parameters are needed and these

Engineering

How to Calculate and Solve for Solid-liquid interface | Nucleation Energies

The image above represents solid – liquid interface. To compute for solid – liquid interface, three essential parameters are needed

Engineering

How to Calculate and Solve for Solid Interface | Nucleation Energies

The image of solid interface is represented below. To compute for solid interface, three essential parameters are needed and these

Engineering

How to Calculate and Solve for Nucleation Rate | Phase Transformation

The image above represents nucleation rate. To compute for nucleation rate, three essential parameters are needed and these parameters are Constant

Engineering

How to Calculate and Solve for Diffusion Coefficient for Vacancy | Phase Transformation

The image above represents diffusion coefficient for vacancy. To compute for diffusion coefficient for vacancy, four essential parameters are needed