The Table of Material Properties for Physics and Engineering

Summary: The Table of Material Properties for Physics and Engineering Author: Atyanta Wibhawa (Indonesia) This paper presents a unified classification system for material properties, aiming to bridge the gaps between fragmented scientific fields. Traditionally separated across physics, materials science, and engineering, material behavior is here reorganized into a comprehensive table with seven major categories: Mechanical – Strength, hardness, elasticity, plasticity, and fatigue behavior. Thermal – Conductivity, specific heat, expansion, resistance, and thermal thresholds. Electrical – Conductivity, resistivity, capacitance, and electric behavior under stress. Magnetic – Magnetization, permeability, hysteresis, and remanence. Optical – Refractive index, transparency, absorption, and light interaction. Acoustic – Sound speed, impedance, absorption, and vibration damping. Chemical – Reactivity, corrosion resistance, oxidation, electronegativity, and pH stability. Each property is clearly defined for broad application in research, education, engineering design, and AI-driven material selection. The framework enables intuitive access and supports use in simulations (FEA, CFD, EM modeling), curriculum development, and product design workflows. If this work resonates and you wish to support further breakthroughs: BTC: 12qZPWFou9LJBXDmifKMsRcg8Z5kt2MrGk ETH via Ethereum mainnet 0xb14ddde7dd4296ebb39207f130e19dbb18eb4f08