Julieta Moreno

Simulate and calculate roofing timber structure designs. An educational tool for civil and structural engineering students based on international standard codes. Do you know why rafters are sized differently than purlins? It's all about the load transfer hierarchy! This tool shows how loads cascade from the Battens to the Purlins and finally to the inclined Rafters, with each member needing its own check for Dead, Live, and Wind Loads. Essential knowledge for home construction! Source: Interactive Roofing Timber Structure Design Simulator Tags: roofing, timber structure, design, simulator, calculator, civil engineering, structural analysis, truss, rafter, purlin, batten, MS 544, BS 5268, EN 1995, NDS, Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur

Simulate and calculate roofing steel structure designs. Explore various truss types like King Post, Queen Post, and Fink trusses. An educational tool. Did you know the Design Load (Pd) is a factored combination of Dead Load + Live Load (or Wind Load)? This simulator highlights the critical role of Yield Stress (fy) and Allowable Deflection in sizing rafters and purlins, ensuring the structure meets safety standards like Eurocode (EN 1993). A perfect virtual lab! 🏗️ Source: Interactive Roofing Steel Structure Design Simulator Tags: roofing, steel structure, civil engineering, structural analysis, truss, rafter, purlin, batten, MS 1533, BS 5950, EN 1993, AISC, Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur, Interactive, Simulator, Educational

Explore a simplified, interactive simulator of Sabah's electricity grid. Learn about power generation, demand, and grid stability with real-time data Source: Interactive Sabah Electricity Grid Simulator Tags: Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur, Interactive, Simulator, Educational

An interactive simulator for meteorological science, visualizing orographic cloud formation. Adjust wind speed, humidity, and temperature to see how c Source: Interactive Orographic Cloud Formation Simulator Tags: meteorology, cloud formation, science, orographic lift, physics, weather, atmosphere, Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur, Interactive, Simulator, Educational

An interactive web simulator demonstrating the principles of plate tectonics and mountain formation. Observe how crustal plates move and interact over Source: Interactive Moving Mountain Simulator Tags: plate tectonics, moving mountains, simulation, interactive model, education, science, geology, seismic waves, fault lines, continental drift, earth science, Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur

Explore the Earth's water cycle with this dynamic, interactive simulation. See how different environmental factors influence the movement of water. Source: Interactive Dynamic Hydrological Cycle Simulator Tags: hydrological cycle, water cycle, science, evaporation, precipitation, runoff, transpiration, aeolian transport, fertilizing winds, climate, hydrology, Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur, Interactive, Simulator, Educational

An interactive web simulator demonstrating how light penetrates the ocean's depths, highlighting the effects of absorption and scattering and the stra Source: Interactive Ocean Light Penetration Simulator Tags: ocean, light penetration, deep sea, simulator, interactive, oceanography, physics, marine biology, quran, science, Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur

Calculate the flexural, shear, and deflection capacity of reinforced concrete beams using ACI 318, BS 8110, and Eurocode 2 design codes. Source: Interactive Reinforced Concrete Beam Calculator Simulator Tags: reinforced concrete, concrete beam, civil engineering, flexure, shear, deflection, rebar, structural analysis, Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur, Interactive, Simulator, Educational

Calculate the axial and moment capacity of reinforced concrete columns using ACI 318, EC2, and BS 8110 design codes. A powerful educational tool for s Source: Interactive Reinforced Concrete Column Design Simulator Tags: reinforced concrete, concrete column design, ACI 318, Eurocode 2, BS 8110, column calculator, structural engineering, civil engineering, P-M diagram, axial load, bending moment, rebar, structural analysis, Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur

A realistic 3D simulator for calculating soil bearing capacity, explaining foundation design, safety factors, and geotechnical principles using three. Source: Interactive Soil Bearing Capacity Simulator Tags: soil, bearing, capacity, civil engineering, geotechnical engineering, foundation, IS 6403, IS 1904, three.js, 3D, Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur, Interactive, Simulator, Educational

An interactive simulator for the concrete cube test, explaining compressive strength, curing time, and engineering principles. Source: Interactive Concrete Cube Test Simulator Tags: concrete, cube, test, simulator, civil engineering, compressive strength, curing, hydration, IS 456, Eurocode 2, BS 1881, ASTM C39, Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur

Simulate the physics of lifting and pushing and understand the science of leverage and back stress. A tool for education and learning about ergonomics Source: Interactive Biomechanics of a Lift and Push Simulator Tags: biomechanics, lifting, pushing, physics, force, back injury, ergonomics, safety, lifting angle, human body, leverage, Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur, Interactive, Simulator, Educational

Simulate the physics of a human fall and understand the science of impact force and injury classification. A tool for education and learning about bio Source: Interactive Biomechanics of Falling Simulator Tags: biomechanics, falling, simulator, physics, impact force, deceleration, injury, critical, fatal, minor, major, human body, fall height, Ir. MD Nursyazwi, @mdnursyazwi, Fabrikatur