Anil kumar Boye’s Post

Dynamic Analysis

What is a mode shape ? mode shape is the deformation that the component would show when vibrating at the natural frequency. The terms mode shape or natural vibration shape are used in structural dynamics. A mode shape describes the deformation that the component would show when vibrating at the natural frequency. #Engineering #EngineeringLife

The principal components of #ground motion are #uncorrelated when considered along their respective #principal axes and have different intensities. However, these components exhibit correlation when considered in relation to any other axes due to the geometrical and physical relationships among the axes. This is critical in engineering applications, particularly in #earthquake engineering, where understanding these relationships helps in designing #structures that are better equipped to withstand #seismic activities.

*************"***" Understanding Loading on Beams: 1️⃣ Concentrated Loads Concentrated Force (like placing a heavy 📦 on a single spot) Concentrated Moment (like turning a 🔧 at one point) #Engineering #StructuralEngineering 2️⃣ Distributed Loads Uniformly Distributed Load (UDL) (like people 👥 evenly standing on a bridge 🌉) Linearly Varying Distributed Load (LVDL) (like a stack of goods 📦➕ that gets heavier toward one end) These everyday examples make beam loading easier to grasp! 😊#Engineering #StructuralEngineering

Displacement is a simple concept. Let's try to understand it with this image. When you throw a ball while walking, the ball returns to your hand again after traveling some distance. This means the vertical displacement of the ball is zero, but there is horizontal displacement, as shown in the figure. Check out our detailed post to learn more about displacement and its importance in structural analysis. #EngineeringEducation #Displacement #StructuralEngineering #CivilEngineering #MechanicalEngineering #TechBlog #EngineeringStudents #STEM #Eigenplus

Let's talk about what happens to materials under stress. When the loading and unloading paths of a stress-strain curve are the same, the material is elastic. If the curve is linear, it’s linearly elastic; if non-linear, it’s non-linearly elastic. When the paths differ, the material is inelastic, even if it returns to the same final position. The image below illustrates these concepts clearly. Understanding these behaviors is crucial for material selection and structural analysis. #MaterialScience #EngineeringEducation #StressStrainCurve #Elasticity #Inelasticity #StructuralEngineering #MechanicalEngineering #CivilEngineering #TechBlog #EngineeringStudents #STEM #Eigenplus

Displacement is a simple concept. Let's try to understand it with this image. When you throw a ball while walking, the ball returns to your hand again after traveling some distance. This means the vertical displacement of the ball is zero, but there is horizontal displacement, as shown in the figure. Check out our detailed post to learn more about displacement and its importance in structural analysis. #EngineeringEducation #Displacement #StructuralEngineering #CivilEngineering #MechanicalEngineering #TechBlog #EngineeringStudents #STEM #Eigenplus

Double Integration Method for Slope and Deflection of a Simply Supported Beam uniformly loaded. I try to understand the formulas instead of just using them, I think deflection is one of the most common things calculated in structural engineering so I just learned where this formula comes from (5wL^4/384 EI) which we use to work deflection for simply supported beams. I've included for you below my practice of doing a double integration method I hope you'll take benefit from this. #structural #engineer #openforwork #structuralengineering

Step force with Finite rise time=Ramp Force + Step Force,.......generally we learn this in structural dynamics, but if we talk about its real-life example.....People have to think,....the figure that I have uploaded seems like this but actually ....It is not, Yes, It is not related to any Dynamic Force because the Time is large,.....It is an example of Creep at different loading ......People may ask, What will be the example of Ramp Loading .....A Digital Weighing Machine...am I right......it can also be a suitable example of Step force with finite rise time. #structuralengineering #civilengineering #dynamics #structuraldesign #structural #structures #earthquake #engineering #construction #constructionindustry #steelstructures #constructioninnovation #researchers #civilengineer #learning #learninganddevelopment

Infinite elongation in the conical bar due to point load? When analyzing structures, assumptions are crucial. In this case, we looked at the elongation of a conical bar under a point load. Using standard formulas, the result seems to suggest infinite elongation — but why? This outcome highlights the importance of carefully considering geometry and boundary conditions in structural analysis. It serves as a reminder that even simple assumptions can lead to unexpected results. 💬 Engineers, have you encountered surprising results like this in your calculations? Share your thoughts and insights! #StructuralEngineering #EngineeringAnalysis #ProblemSolving #Mechanics