Inventive Designs, we provide a full range of mechanical design services to ensure your

systems are turn-key ready and compliant.

inventivedesigns.co.nz

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Dive into the world of Computational Fluid Dynamics (CFD) with ANSYS Fluent. This guide by My Assignment Solution helps students understand fluid flow, heat transfer, and engineering simulations with precision. Perfect for academic projects, research, and industrial training.

Visit us: www.myassignmentsolution.org

I just launched a Bolted Joint Stress Calculator today 🔩

As engineers, we often do quick hand calculations for shear stress and bearing stress in bolted joints—but repeating them again and again wastes time.

So I built a simple tool where you just enter load, bolt diameter, plate thickness, and number of bolts… and instantly get the stresses in MPa.

👉 Useful for:

Mechanical engineering students

Machine design calculations

Quick design checks on lap joints

Try it here 👇

multicalculators.online/bolted-joint-stress-calculator

Feedback from fellow engineers always helps me improve these tools 😊

#MechanicalEngineering #MachineDesign #BoltedJoint #EngineeringCalculations #DesignEngineering #Manufacturing #EngineeringTools #OnlineCalculators #LearningByDoing

It happens because of insufficient thread engagement.

Many engineers still rely on thumb rules like “1× or 1.5× diameter is enough.”

But material strength, bolt grade, and diameter change everything.

That’s why this FREE Thread Engagement Calculator is useful 👇

It instantly tells you the minimum safe thread engagement length — no assumptions, no guesswork.

✅ Considers bolt tensile strength

✅ Considers nut/material strength

✅ Gives accurate engagement length in mm

✅ Helpful for mechanical, design & maintenance engineers

👉 Try it here:

multicalculators.online/thread-engagement-calculator

Because in real engineering, safety lives in the details.

#MechanicalEngineering #DesignEngineering #BoltedJoints #EngineeringCalculations #Manufacturing #FreeEngineeringTools #EngineerLife

Still calculating pressure drop in pipes with pen, paper, and calculator… and worrying if you made a small mistake?

You’re not alone. Every mechanical engineer has felt this pain.

Whether it’s Darcy–Weisbach equation, friction factor confusion, or unit mismatch—pressure drop calculations can quickly become time-consuming and error-prone, especially during design reviews or site work.

That’s why I built a simple tool that does the hard work for you 👇

Pressure Drop in Pipe Calculator

Just enter:

* Pipe length

* Diameter

* Fluid density

* Velocity

* Friction factor

And get accurate pressure drop instantly⚙️

👉 Try it here:

multicalculators.online/pressure-drop-in-pipe-calculator

Built by an engineer, for engineers to save time and reduce calculation stress 😊

#MechanicalEngineering #FluidMechanics #PressureDrop #PipeFlow #EngineeringTools #DesignEngineering #HVAC #ProcessEngineering #OnlineCalculator