Property Tables
Databases, Charts & Reference Tables for Material Properties
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Air Property Tables
Explore comprehensive air property tables including air density, dynamic and kinematic viscosity of air, thermal conductivity, specific heat, and vapor pressure. These detailed reference tables are essential for thermodynamics, heat transfer, fluid mechanics, HVAC system design, mechanical engineering calculations, and aerospace applications.
Density of Air
Comprehensive air density tables at varying temperatures and pressures, providing essential data for fluid mechanics, thermodynamics, and HVAC system design.
Dynamic Viscosity of Air
Reference table of dynamic viscosity of air (μ) across a range of temperatures and pressures for accurate fluid dynamics and heat transfer calculations.
Kinematic Viscosity of Air
Detailed kinematic viscosity (ν) tables of air with temperature and pressure data, crucial for CFD simulations, fluid mechanics, and engineering analysis.
Specific Heat of Air
Extensive reference tables for specific heat of air (Cp) at constant pressure over different temperatures, supporting thermodynamic, HVAC, and energy calculations.
Thermal Conductivity of Air
Accurate tables of air thermal conductivity across temperature ranges, essential for heat transfer, thermal management, and engineering applications.
Atmospheric Property Tables
Explore detailed atmospheric property tables including air density vs altitude, air pressure vs altitude, air temperature vs altitude, and air properties at standard sea-level conditions. These tables provide essential reference data for thermodynamics, fluid mechanics, HVAC design, aerospace engineering, and mechanical engineering calculations.
Air Density vs Altitude
Detailed air density tables showing how air density changes with altitude from sea level to the upper atmosphere, supporting accurate aerodynamic, thermodynamic, and aerospace calculations.
Air Properties at Standard Sea-Level Conditions
Comprehensive reference of air properties at standard sea-level conditions, including temperature, pressure, density, viscosity, thermal conductivity, and specific heat for precise HVAC, thermodynamic, and fluid mechanics calculations.
Air Pressure vs Altitude
Reference tables and graphs showing air pressure as a function of altitude in the standard atmosphere (ISA), useful for aerospace engineering, atmospheric studies, and thermodynamic modeling.
Air Temperature vs Altitude
Detailed tables and graphs of air temperature variations with altitude according to the standard atmosphere (ISA), supporting thermodynamic, aerodynamic, and environmental calculations.
Common Materials Property Tables
Explore a comprehensive library of mechanical property tables for metals, plastics, ceramics, composites, and construction materials. These references include density, friction coefficients, Poisson’s ratio, yield strength, and Young’s modulus, which are critical for structural engineering, material selection, stress analysis, and mechanical design.
Density of Common Materials
Reference table of density values (ρ) for metals, polymers, ceramics, and construction materials, expressed in both g/cm³ and kg/m³. Useful for mass calculations, material selection, and structural analysis.
Friction Coefficients of Common Materials
Comprehensive list of static and kinetic friction coefficients for metals, plastics, wood, and composites. Essential for tribology, machine design, and contact mechanics applications.
Poisson's Ratio of Common Materials
Table of Poisson’s ratio (ν) values for solids, including metals, polymers, and ceramics. Critical for elastic deformation analysis, finite element modeling (FEM), and stress-strain calculations.
Thermal Conductivity of Common Materials
Comprehensive reference table of thermal conductivity (k) for metals, plastics, and composites, essential for heat transfer, thermal management, and engineering design calculations.
Thermal Expansion Coefficients of Common Materials
Reference table of linear thermal expansion coefficients for metals, plastics, and composites, useful for predicting dimensional changes in materials due to temperature variations.
Yield Strength of Common Materials
Detailed table of yield strength (σy) for engineering materials, showing the stress level at which permanent deformation begins. Important for structural safety, design margins, and material performance evaluation.
Young's Modulus of Elasticity of Common Materials
Reference values of Young’s modulus (E) for metals, plastics, ceramics, and composites. Fundamental for stiffness analysis, beam deflection, vibration studies, and engineering simulations.
Refrigerant Property Tables
Access comprehensive refrigerant property tables including density, viscosity, thermal conductivity, specific heat, vapor pressure, and enthalpy. These refrigerant data tables are essential for HVAC system design, thermodynamic calculations, refrigeration cycle analysis, and heat transfer engineering.
R134A Refrigerant Properties
Saturation properties of R134A refrigerant for thermodynamic and HVAC applications.
R410A Refrigerant Properties
Saturation properties of R410A refrigerant including enthalpy, latent heat, and specific volume for HVAC reference.
R22 Refrigerant Properties
Reference table for R22 refrigerant saturation temperature, pressure, and enthalpy values for engineering calculations.
R32 Refrigerant Properties
Saturation properties of R32 refrigerant for thermodynamic and HVAC applications.
Steam Property Tables
Access authoritative steam tables and thermodynamic property data for water and steam, covering saturation, superheated, and compressed steam regions. Perfect for engineering calculations, Rankine cycle design, boiler efficiency analysis, turbine performance evaluation, and HVAC system optimization.
Saturated Steam - Temperature Table
Explore comprehensive saturated steam properties as a function of temperature, including pressure, specific volume, enthalpy, and entropy.
Saturated Steam - Pressure Table
Reference detailed saturated steam properties by pressure, with data on temperature, enthalpy, entropy, and specific volume.
Superheated Steam Table
Access full superheated steam property tables by pressure and temperature, including enthalpy, entropy, and specific volume.
Water Property Tables
Find essential reference tables for water density, viscosity, thermal conductivity, specific heat, and vapor pressure used in heat transfer, fluid dynamics, and thermodynamic design.
Density of Water
Comprehensive table of the density of water at different temperatures, useful for fluid mechanics and heat transfer calculations.
Dynamic Viscosity of Water
Comprehensive table of dynamic viscosity of water at different temperatures, useful for fluid mechanics and heat transfer calculations.
Kinematic Viscosity of Water
Comprehensive table of kinematic viscosity of water at different temperatures, useful for fluid mechanics and heat transfer calculations.
Properties of Water at Standard Pressure (1atm)
Detailed water property chart at atmospheric pressure (0–100°C), showing density, viscosity, heat capacity, thermal conductivity, and vapor pressure values.
Properties of Water at Room Temperature (25°C)
Standard reference of water properties at 25°C including density, viscosity, specific heat, and thermal conductivity for laboratory and engineering use.
Specific Heat of Water
Comprehensive table of the specific heat of water at different temperatures, useful for fluid mechanics and heat transfer calculations.
About EngLab Engineering Property Tables
EngLab provides a comprehensive collection of engineering property tables for air, water, steam, refrigerants, and common solid materials. These tables include detailed reference data for density, viscosity, thermal conductivity, specific heat, enthalpy, yield strength, Young’s modulus, friction coefficients, and more. Such data is essential for accurate thermodynamic, fluid mechanics, heat transfer, mechanical design, structural analysis, HVAC, and material science calculations.
Key Benefits of Using EngLab Property Tables
- Reliable Reference Data: Accurate, peer-reviewed engineering data for academic, research, and professional use.
- Wide Coverage: Includes properties of gases, liquids, refrigerants, steam, and solids, covering a broad range of engineering disciplines.
- Time-Saving: Quickly access essential property values without manually consulting textbooks or experimental charts.
- Practical Applications: Ideal for HVAC system design, fluid and thermal simulations, structural calculations, thermodynamic cycles, and material selection.
How Engineers and Students Use Property Tables
Engineers, researchers, and students rely on these property tables to perform precise calculations in:
- Thermodynamics: Determining enthalpy, entropy, specific heat, and heat transfer rates.
- Fluid Mechanics: Calculating flow properties, Reynolds numbers, pressure drops, and fluid densities.
- Material Science & Mechanical Design: Evaluating stress, strain, elasticity, thermal expansion, and material behavior.
- HVAC and Refrigeration: Sizing ducts, heat exchangers, and analyzing refrigerant cycles.
- Structural Engineering: Assessing yield strength, stiffness, and mechanical performance of materials.
Why Choose EngLab Property Tables
Using EngLab property tables ensures accuracy and efficiency in engineering calculations. All tables are designed for ease of reference, clarity, and consistency, making them an indispensable tool for students, professionals, and researchers working in thermodynamics, fluid mechanics, HVAC, heat transfer, and structural engineering.
Explore the full library of property tables to enhance your engineering designs, optimize simulations, and make data-driven decisions with confidence.