Posts

Translate

Loading Re-Blog tools...

Advanced Urban Heat Island & Microclimate Simulator

Image
Metropulse Thermal Matrix: Advanced Urban Heat Island & Microclimate Simulator Metropulse Thermal Matrix Developed By: Ir. MD Nursyazwi Decoding the Urban Canopy: A high-precision digital twin for predictive microclimate modeling, radiative flux balancing, and mitigation of the Urban Heat Island effect. Instructions on How To Use This laboratory environment operates through three primary phases: Configuration, Simulation, and Analysis. To begin, select a City Archetype from the dropdown menu to initialize the urban geometry. Utilize the Morphology Sliders to adjust building heights and density percentages, which directly influence the Sky View Factor (SVF). Click Animate Cycle to observe the diurnal progression of heat or use the Solar Phase slider to manually inspect ...

Malaysia Hilal Astronomy Simulator: MABIMS Visibility & Optical Simulation

Image
Malaysia Hilal Simulator: MABIMS Criteria, Elongation & Islamic Astronomy Malaysia Hilal Simulator Developed by: Ir. MD Nursyazwi Scientific Study of Lunar Crescent Visualisation Based on Equatorial Astronomical Parameters. Falak Configuration Hub Ramadan 1447H (18 Feb 2026) Syawal 1447H (20 Mar 2026) Observation Date Telescopic Magnification View Rotation Interactive Sky Viewer Calculated Res...

Gait Cycle, Locomotion Kinetics, and Gait Analysis Simulator

Image
3D Biomechanics Lab: Gait Cycle, Locomotion Kinetics, and Gait Analysis Simulator Professional Gait Analysis Simulator Developed By : Ir. MD Nursyazwi Advanced Biomechanical Computing for Human Locomotion and Kinetic Performance. Configuration Module Biometric Input Parameters Total Body Mass (kg): 75 Impacts Gravitational Force Calculation Target Velocity (m/s): 1.2 Determines Kinetic Energy and Froude Ratio Neuromuscular Strategy Efficiency Mode (Low Energy Expenditure) Standard Anatomical Pattern Athletic Power Mode (Maximum Force)...

Kinetic Force Analysis & Joint Stress Simulator

Image
3D Biomechanics Lab: Kinetic Force Analysis & Joint Stress Simulator 3D Kinetic Biomechanics & Force Attenuation Simulator Developed By: Ir. MD Nursyazwi An advanced computational environment designed to analyze ground reaction forces (GRF) and musculoskeletal load distribution during high-impact vertical deceleration events. User Interface Guide Instructions on How To Use To utilize the Biomechanics Lab simulator, follow the systematic workflow below to evaluate landing kinetics: Adjust the Patient Mass slider to define the gravitational weight of the subject. Set the Fall Height to simulate the vertical displacement prior to impact. Select the Neuromuscular Damping level to repre...