View allAll Photos Tagged EngineeringTools
This metal micrometer measuring gauge was one of my father's many tools; before his death he gave many of them to my husband. This tool was used for precise measurement and to measure gap widths.
After he and my mother survived active war duty in the army, they went to university. There they became concerned about government and politics the more they learned. Glad they can't see our situation now.
Inspired by #MacroMondays and #father. As shot, except to remove a bit of cyan along an edge. Approximate width 5cm/ 1.97 inches.
NB. I tried for a no-frills or bokeh approach, a more engineering streamlined look. The histogram looks okay...does it look too dark on your monitor?
All this and actually a few other bits not included because they weren't photogenic came out of my little machinist's tool chest.
Construction of the Uzbekistan-Kazakstan road funded by the CAREC regional road project of ADB.
Read more on:
Central Asia Regional Economic Cooperation (CAREC)
Construction at the Goroka Airport.
The Civil Aviation Development Investment Program will establish a sustainable civil aviation network to support the economic growth of Papua New Guinea.
Read more on:
Construction workers tasked to work on the new train station under the Sustainable Urban Transport Investment Program (SUTIP). The project is set to address the road transportation constraints and to improve urban service delivery.
Read more on:
Surveyor at the site of the 131 km Uzbekistan-Kazakstan road funded under the ADB's Central Asia Regional Economic Cooperation Program (CAREC) regional road project.
Read more on:
Central Asia Regional Economic Cooperation (CAREC) Program
Surveyor at the site of the 131 km Uzbekistan-Kazakstan road funded under the ADB's Central Asia Regional Economic Cooperation Program (CAREC) regional road project.
Read more on:
Central Asia Regional Economic Cooperation (CAREC) Program
Engineer working at the project site in Vanuatu.
The Cyclone Pam Road Reconstruction Project will help in the reconstruction of the transport sector infrastructure on Efate ring road damaged by the Cyclone Pam floods and storm surges during March 2015.
Read more on:
The Cyclone Pam Road Reconstruction Project will help in the reconstruction of the transport sector infrastructure on Efate ring road damaged by the Cyclone Pam floods and storm surges during March 2015.
Read more on:
Engineer task to work on the new train station under the Sustainable Urban Transport Investment Program (SUTIP). The project is set to address the road transportation constraints and to improve urban service delivery.
Read more on:
An interesting piece of old scientific equipment. Such slide rules were/are an integral part of Engineering work.
CNC Laser cutting of metal, modern industrial technology Making Industrial Details. The laser optics and CNC (computer numerical control) are used to direct the material or the laser beam generated.
CNC Laser cutting of metal, modern industrial technology Making Industrial Details. The laser optics and CNC (computer numerical control) are used to direct the material or the laser beam generated.
The fischer Highbond special mortar FIS HB 345 S is a system component of the fischer Highbond system FHB II for fixing in cracked and non-cracked concrete. It’s applications are: - Guardrails - Façades - Staircases - Steel brackets - Machines - Silo installations - Masts - Rash protection - Steelwork constructions - Timber constructions Visit: www.fischer.in . . . . . . . . . . . . . . . . . . . . . . . . . #designspo #interiorstyling #diy #interiordesign #construction #renovation #buildingsupplies #engineeringtools #worldofengineering #machining #metal #guardrails #staircases #steel #timber #fabrication #engineer #construction #safety #heavyequipment #civilengineering #mechanicalengineering #mechanic #bluecollar #tools #powertools #fischer #fischerindia #innovativesolutions #india
fischer epoxy mortar FIS EM Plus - The powerful injection mortar for rebar connections and cracked concrete. . . . . . . . . . . . . . . . . . . . . . . #mechanicalengineering #mechanical #engineers #engineer #engineeringtools #engineering #like #property #arquitetura #diy #civilengineering #tool #toolsofthetrade #buildingsupplies #buildingmaterials #builders #modern #contractor #contractorsofinstagram #constructionlife #mechanic #FischerIndia #InnovativeSolutions #InjectionMortar #Fischer
A polyester resin mortar for the economical fixing of gratings, cantilevers and handrails in masonry. Have a look on its features at: bit.ly/2TPjScY . . . . . . . . #mechanicalengineering #mechanical #engineers #engineer #engineeringtools #engineering #like #property #arquitetura #diy #civilengineering #tool #toolsofthetrade #buildingsupplies #buildingmaterials #builders #modern #contractor #contractorsofinstagram #constructionlife #mechanic #FischerIndia #InnovativeSolutions #InjectionMortar #Fischer
Sizing a solar system manually can be confusing—loads, backup hours, panel size, battery, inverter… too many calculations 😅
So we built a Solar Panel Requirement Calculator that does it all in seconds.
✔️ Enter your appliances
✔️ Get panel size, inverter, battery & controller
✔️ Clear, practical & engineer-friendly
Try it here 👉
multicalculators.online/solar-panel-requirement-calculator
Built to save time and remove guesswork ☀️⚡
#SolarEnergy #SolarPanelCalculator #RenewableEnergy #EngineeringTools #EnergyEfficiency #SolarDesign #CleanEnergy #MultiCalculators
🔥 Understanding Heat Exchangers = Smarter Engineering Decisions
Choosing the wrong heat exchanger can lead to
❌ energy loss
❌ higher operating cost
❌ frequent maintenance issues
Yet many engineers, students, and plant managers still get confused between Shell & Tube, Plate, Double Pipe, Condenser, Evaporator, and Air-Cooled Heat Exchangers.
This simple visual breaks it down 👇
👉 how heat flows
👉 where hot & cold fluids interact
👉 which type fits which application
💡 Quick tip:
Limited space & high efficiency? → Plate Heat Exchanger
High pressure & temperature? → Shell & Tube
No water availability? → Air-Cooled
At Multicalculators.online, we’re building practical tools and engineering calculators that save time and reduce guesswork for real-world applications.
🔗 Explore more engineering calculators & learning tools here:
If you’re into mechanical engineering, plant design, HVAC, or process optimization, this will help.
👍 Like | 💬 Comment | 🔁 Share with your team
#MechanicalEngineering #HeatExchanger #ProcessEngineering #HVAC #EngineeringTools #Multicalculators #EnergyEfficiency
My team built 10 Calculators for the manufacturing Industry...
In manufacturing, small calculation mistakes don’t stay small.
They turn into downtime, missed targets, and stressful review meetings.
I’ve seen teams argue over OEE numbers, guess takt time, or manually balance production lines in Excel—only to realize later that one wrong assumption changed everything.
That’s exactly why my team built these 10 Production & Manufacturing Calculators 👇
From OEE, Takt Time, Cycle Time to Downtime %, Line Balancing, and Machine Utilization—all in one place, 100% free.
No complicated software.
No trial limits.
Just practical calculators engineers can actually trust on the shop floor.
If you’re working in production, industrial engineering, or manufacturing planning, this can save you hours—and reduce costly mistakes.
🔗 Try them here:
multicalculators.online/calculators/industrial-calculators
Would love to hear: Which calculation do you struggle with most in daily production work?
Remember: like, repost, if you have any questions response in the section below
#Manufacturing
#ProductionEngineering
#IndustrialEngineering
#LeanManufacturing
#OperationsManagement
#OEE
#ContinuousImprovement
#SmartManufacturing
#FactoryLife
#MechanicalEngineering
#EngineeringTools
#ProductivityTools
Step into the world of electronic circuit design with My Assignment Solution! This beginner-friendly guide introduces you to PSpice simulation, helping students and engineers model, analyze, and test circuits with ease. Perfect for learners exploring electronics, electrical engineering, or final-year projects.
Visit us: www.myassignmentsolution.org
On drawings, everything looks perfect.
On site, suddenly you hear:
❌ Concrete feels too harsh
❌ Honeycombing after shutter removal
❌ Extra cement bags consumed
❌ Strength not achieved as expected
And then comes the usual sentence:
👉 “Ratio toh 1:2:4 hi tha…”
The truth?
Most concrete failures don’t happen because engineers don’t know the ratio.
They happen because volume calculations are guessed, not calculated.
⚠️ Common site pain points:
• Dry volume factor (1.54) ignored
• Wrong distribution of materials
• Cement measured in bags, sand in brass, aggregate in trolley
• Manual calculations done in a hurry
• Last-minute adjustments based on “experience”
Concrete doesn’t fail on paper —
It fails between paper and practice.
That’s why I built this simple, practical tool 👇
🔗 Cement, Sand & Aggregate Ratio Calculator
multicalculators.online/cement-sand-aggregate-ratio-calcu...
✅ Converts compacted volume to dry volume
✅ Breaks material accurately as per mix ratio
✅ Saves cement bags, cost, and rework
✅ Useful for site engineers, contractors & students
No confusion. No guesswork.
Just clean numbers you can trust on site.
Because good concrete is not about remembering formulas —
It’s about using the right calculations at the right time.
👷♂️ Share this with someone who still calculates concrete on the back of a notebook.
#CivilEngineering #ConcreteMix #ConstructionSite #SiteEngineer #QuantityEstimation #ConcreteCalculator #BuildingConstruction #EngineeringTools #RealSiteProblems
Get precise thermal mapping with Thermoscale 200C Film. Ideal for monitoring and analyzing temperature distribution in engineering projects.
Shop Now: pressuremetrics.com/products/thermoscale-200c-roll-heat-m...
Purchase Prescale ultra low roll pressure film for accurate pressure analysis. Ideal for quality assurance and research. Shop now at Pressure Metrics!
Shop Now: pressuremetrics.com/products/prescale-ultra-extreme-low-r...
Tired of making small mistakes in heat transfer calculations?
Sign error.
Unit confusion.
Time wasted on manual formulas.
One small mistake in Fourier’s Law can completely change the final heat loss value.
That’s why this Conduction Heat Transfer Calculator matters.
✔️ Correct formula
✔️ Right units
✔️ Instant results
✔️ Zero guesswork
Just enter values and get accurate heat transfer instantly.
👉 Try it here:
🔗 multicalculators.online/conduction-heat-transfer-calculator
Less calculation. More confidence.
#HeatTransfer
#MechanicalEngineering
#ThermalEngineering
#EngineeringTools
#EngineeringStudents
"Fire Rated Silicone Sealant - FFRS" becomes our PRODUCT OF THE WEEK to watch out for. Check out what made FFRS product of the week: bit.ly/2FlKyMN #ProductOfTheWeek . . . . . . . . #mechanicalengineering #mechanical #engineers #engineer #engineeringtools #engineering #like #property #arquitetura #diy #civilengineering #tool #toolsofthetrade #buildingsupplies #buildingmaterials #builders #modern #contractor #contractorsofinstagram #constructionlife #mechanic #FischerIndia #InnovativeSolutions #InjectionMortar #Fischer
Upgrade your ventilation performance with our Industrial Axial Flow Fans, made for powerful and stable airflow in demanding environments. Whether used in factories, warehouses, workshops, or HVAC systems, each high flow axial fan delivers reliable efficiency, improved air circulation, and long-term durability. Built for industrial performance, it ensures smoother operations and a safer working environment.
Discover unparalleled accuracy with our Prescale Combo Pack, the ultimate pressure-indicating film solution. Explore the benefits of Prescale today!
Shop Now: pressuremetrics.com/products/prescale-combo-pack-pressure...
Measure surface pressures with Fujifilm prescale pressure indicating film. This pressure sensitive film provides detailed pressure distribution data. Shop now!
Shop Now: pressuremetrics.com/products/prescale-extreme-low-roll-pr...
Calculating Indicated Power doesn’t have to be complicated.
Instead of spending time on long formulas, calculate engine Indicated Power in seconds by entering basic parameters like pressure, stroke, speed, and cylinders.
Try the Indicated Power Calculator here:
multicalculators.online/indicated-power-calculator
#MechanicalEngineering #ICEngine #IndicatedPower #EngineeringStudents #EnginePerformance #EngineeringTools #OnlineCalculator
🔥 Boiler Steam Generation — Now Simplified!
Estimating steam generation doesn’t have to be complicated.
With the Boiler Steam Generation Calculator, you can quickly calculate steam output based on:
• Fuel consumption
• Fuel GCV
• Boiler efficiency
• Steam & feedwater enthalpy
Perfect for mechanical engineers, energy managers, and plant operators who want fast and accurate estimates.
👉 Try it here:
multicalculators.online/boiler-steam-generation-calculator
#MechanicalEngineering #BoilerEfficiency #SteamEngineering #EnergyCalculation #EngineeringTools #ProcessEngineering
Mechanical engineers 👇
Nozzle flow calculations come up more often than we expect — especially during sizing, testing, or quick checks on site.
Instead of re-doing formulas or Excel sheets every time, I built a Nozzle Flow Calculator to quickly find flow rate or pressure drop based on real inputs.
Simple, fast, and practical for daily use.
🔗 Try it here:
👉 multicalculators.online/nozzle-flow-calculator
If you use nozzle calculations in your work, I’d love your feedback.
#MechanicalEngineer #FluidMechanics #NozzleFlow #EngineeringTools #DailyCalculations
Still converting BAR to PSI manually?
One small mistake in unit conversion can lead to wrong pressure ratings, unsafe designs, or rejected calculations.
In mechanical, hydraulic, and pneumatic work, BAR ↔ PSI conversion is something engineers deal with almost every day. Instead of remembering formulas or doing quick math under pressure, you can convert units accurately in seconds.
🔹 Instant BAR, PSI, Pa, kPa, MPa conversions
🔹 Zero sign-up, zero distraction
🔹 Built for engineers, technicians, and students
Try the Mechanical Unit Converter here:
👉 multicalculators.online/mechanical-unit-converter
Because engineering decisions deserve precision, not guesses.
#MechanicalEngineering #UnitConversion #EngineeringTools #PressureCalculator #BARtoPSI #Engineers #MulticalculatorsOnline
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
Ever struggled to calculate flow rate through an orifice plate during design, audits, or site work?
Manually solving formulas again and again can be time-consuming and error-prone.
To make this easier, I built a simple Orifice Plate Flow Calculator where you just enter:
Discharge coefficient
Orifice & pipe diameter
Pressure drop
Fluid density
…and instantly get the volumetric flow rate ⚙️
👉 Try it here:
multicalculators.online/orifice-plate-flow-calculator
Designed for mechanical engineers, students, and plant professionals who want fast, reliable results without confusion.
If this saves your time, feel free to share it with your engineering circle 😊
#MechanicalEngineering #FluidMechanics #ProcessEngineering #FlowMeasurement #EngineeringTools #OrificePlate #MultiCalculators
🔗 multicalculators.online/hvac-cooling-load-calculator
Choosing the right AC size is not about guesswork — it’s about cooling load.
Many installations fail because:
❌ AC is over-sized → high power bills
❌ AC is under-sized → poor comfort
I built this HVAC Cooling Load Calculator to make sizing simple and practical.
It considers real heat gains like:
* Exterior walls & roof
* Windows
* People & lighting
* Office equipment
* Air infiltration
📊 Example shown:
Room size 10 × 12 × 8 ft → Required capacity ≈ 0.6 Tons
This tool is helpful for:
✔ HVAC engineers
✔ Mechanical engineering students
✔ Site & project engineers
✔ Anyone planning AC installation
Try it once and share feedback — accuracy matters more than assumptions.
#HVAC #CoolingLoad #ACTonnage #MechanicalEngineering #HVACDesign #AirConditioning #EngineeringTools #EnergyEfficiency #BTU #Multicalculators
Still tightening bolts based on “feel” or rough torque charts?
That’s where most joint failures begin.
A little extra torque → bolt yield
A little less torque → joint loosens in service
This simple diagram shows how torque, diameter, and preload are connected —
but doing this manually every time leads to mistakes.
That’s why a calculator helps.
🔧 Bolt Torque Preload Calculator
✔️ Uses standard torque–preload relation
✔️ Reduces human and unit errors
✔️ Gives quick, reliable torque values
✔️ Useful for design, maintenance & shop floor
If you want consistent tightening and safer joints, use the tool instead of guessing.
👉 Try it here:
🔗 multicalculators.online/bolt-torque-preload-calculator
Good joints don’t come from experience alone —
they come from correct calculation.
#MechanicalEngineering
#BoltedJoints
#BoltTorque
#EngineeringTools
#MachineDesign
#MaintenanceEngineering
We all know how complex and time-consuming thermal calculations can be — especially when dealing with radiation and heat transfer in engineering designs. Spending hours manually crunching numbers not only slows down project timelines but also increases the risk of errors.
👉 multicalculators.online/radiation-heat-transfer-calculator
Imagine having a tool that quickly calculates radiation heat transfer without you having to set up every equation from scratch — saving time, improving accuracy, and letting you focus on the bigger engineering challenges.
Whether you’re a thermal engineer, HVAC designer, researcher, or student, this calculator can help you:
• Avoid manual computation errors
• Speed up design and analysis
• Validate results with ease
If you’ve faced challenges handling heat transfer calculations in your projects — this could be a simple but impactful tool to add to your workflow.
#Engineering #HeatTransfer #ThermalAnalysis #ProductivityTools #EngineeringTools
👉 Try the calculator here:
multicalculators.online/drilling-torque-calculator
Ever faced tool breakage, poor hole finish, or motor overload during drilling?
Most of the time, the reason is simple 👉 wrong torque & power estimation.
This Drilling Torque Calculator helps you quickly estimate:
✅ Required drilling torque
✅ Power consumption (kW & HP)
✅ Based on material, drill diameter, speed & feed rate
⚙️ Perfect for:
• Mechanical Engineers
• Manufacturing Engineers
• Workshop & CNC professionals
• Students & faculty
Instead of relying on guesswork or rough thumb rules, use a practical, industry-oriented calculation tool that saves time, tools, and cost.
👉 Calculate smarter. Drill safer.
Click the link and try it now 👇
multicalculators.online/drilling-torque-calculator
#MechanicalEngineering #Manufacturing #Drilling #Machining #EngineeringTools
#TorqueCalculation #CNC #Workshop #MultiCalculators #EngineeringCalculator
Every manufacturing engineer has faced this.
Feeds are set conservatively.
Depth of cut is kept on the safer side.
Cutting speed is based on past experience.
And the result?
❌ Lower productivity
❌ Confusing cycle times
❌ Pressure from planning teams
❌ Blame on the machine instead of the calculation
This is where Material Removal Rate (MRR) changes everything.
That infographic says one simple truth:
👉 Milling, turning, and drilling each remove material very differently
👉 Small changes in feed or depth can double or halve output
👉 Guesswork is expensive on the shop floor
Instead of calculating MRR manually every time, use a tool that gives instant clarity.
🔧 MRR Calculator (Milling, Turning & Drilling)
✔️ Quick inputs
✔️ Clear formulas
✔️ Real-time results
✔️ Better planning before cutting starts
Try it here 👇
🔗 multicalculators.online/material-removal-rate-calculator
Because machines don’t miss targets—
calculations do.
#ManufacturingEngineering
#Machining
#MaterialRemovalRate
#MRR
#ProductionPlanning
#CNC
#ShopFloorReality
#EngineeringTools
🔍 Venturi Meter Calculator – Measure Flow Rate in Seconds
Ever struggled with manual Venturi meter calculations during design checks or site work?
I’ve been there too — and that’s exactly why tools like this matter.
Whether you’re a mechanical engineer, fluid mechanics student, or plant professional, this calculator helps you quickly determine volumetric flow rate using pressure drop data — no lengthy formulas, no confusion.
👉 Try the calculator here:
🔗 multicalculators.online/venturi-meter-calculator
Instant results. Multiple unit outputs. Zero guesswork.
💡 Why this tool is actually useful:
✅ Uses standard Venturi meter principles
✅ Supports multiple units (m³/hr, L/s, GPM)
✅ Ideal for HVAC, piping systems & academic problems
✅ Clean interface, fast calculations, practical output
Small tools like this can save time, reduce errors, and boost confidence while designing or verifying real systems.
If you work with fluid flow measurements, bookmark this one — you’ll thank yourself later 👍
#MechanicalEngineering #FluidMechanics #VenturiMeter #FlowMeasurement #EngineeringTools #HVAC #ProcessEngineering #MultiCalculators
🔄 Reynolds Number Explained – Laminar or Turbulent?
🔗 Reynolds Number Calculator
multicalculators.online/reynolds-number-calculator
Ever wondered why flow suddenly becomes chaotic inside a pipe?
The answer lies in one simple (but powerful) dimensionless number — Reynolds Number.
It helps engineers quickly decide:
✔️ Is the flow laminar or turbulent?
✔️ Which heat transfer coefficient to use?
✔️ What pressure drop and friction factor make sense?
Instead of manual calculations and unit confusion, I built this easy Reynolds Number Calculator where you just enter:
• Fluid velocity
• Pipe diameter
• Density
• Dynamic viscosity
📌 And instantly get Re value + flow regime.
This tool is especially useful for:
🔹 Mechanical & HVAC engineers
🔹 Fluid mechanics students
🔹 Process & piping designers
🔹 Quick design checks and validation
If you’re working with pipes, ducts, or fluid flow problems, this will save you real time.
💬 Try it out and let me know — does the result match your practical experience?
#ReynoldsNumber
#FluidMechanics
#HVAC
#MechanicalEngineering
#EngineeringCalculations
#EnergyEngineering
#Multicalculators
#EngineeringTools