Software designed for your success
Software designed for your success
Software designed for your success
Software designed for your success
Thermal stress analysis for glass and glazing systems
WINTHS® is expert software for the precise calculation of thermal stresses in glazing and the effective prevention of thermally induced glass breakage.
Thermal stress analysis for glass and glazing systems
WINTHS® is expert software for the precise calculation of thermal stresses in glazing and the effective prevention of thermally induced glass breakage.
Glass Manufacturers
Window & Facade Manufacturers
Facade Engineers & Consultants
Glazing Professionals
Glass Manufacturers
Window & Facade Manufacturers
Facade Engineers & Consultants
Glazing Professionals
Thermal Stress
Temperature Distribution
Temperature Differences
Shading Effects
Solar Radiation
Glass Breakage Risk
1
Set location, climate, orientation, glazing configuration and frame conditions.
2
Analyze solar radiation, shading effects and resulting temperature differences and thermal stresses.
3
Review temperature distributions, thermal stress and glass breakage risk and generate professional documentation.
1
Set location, climate, orientation, glazing configuration and frame conditions.
2
Analyze solar radiation, shading effects and resulting temperature differences and thermal stresses.
3
Review temperature distributions, thermal stress and glass breakage risk and generate professional documentation.
Get a quick overview of how WINTHS® 15099 helps you calculate thermal stress and consider glass breakage risks for individualized glazing configurations.
Get a quick overview of how WINTHS® 15099 helps you calculate thermal stress and consider glass breakage risks for individualized glazing configurations.
Project-specific climate data, solar radiation and geographical conditions
Location and climate data define the thermal boundary conditions for the glazing. Solar radiation, outdoor temperature and geographical conditions are considered to determine temperature differences and evaluate the resulting thermal stresses and risk of thermally induced glass breakage.
Consideration of glass configuration, edge quality, gas fillings and frame properties
The glazing configuration and frame conditions have a direct influence on the thermal behavior of the glass. WINTHS® considers glass type, pane build-up, edge quality, gas fillings and frame properties to evaluate temperature differences and the resulting thermal stresses within the glazing.
Analysis of orientation, partial shading and surrounding objects or shading systems
WINTHS® can analyze partial shading, surrounding objects and shading systems in combination with the orientation of the glazing. This helps identify uneven heating and critical temperature differences that may increase the risk of glass breakage.
Project-specific climate data, solar radiation and geographical conditions
Location and climate data define the thermal boundary conditions for the glazing. Solar radiation, outdoor temperature and geographical conditions are considered to determine temperature differences and evaluate the resulting thermal stresses and risk of thermally induced glass breakage.
Consideration of glass configuration, edge quality, gas fillings and frame properties
The glazing configuration and frame conditions have a direct influence on the thermal behavior of the glass. WINTHS® considers glass type, pane build-up, edge quality, gas fillings and frame properties to evaluate temperature differences and the resulting thermal stresses within the glazing.
Analysis of orientation, partial shading and surrounding objects or shading systems
WINTHS® can analyze partial shading, surrounding objects and shading systems in combination with the orientation of the glazing. This helps identify uneven heating and critical temperature differences that may increase the risk of glass breakage.
Use WINTHS® Online directly in your browser with no local installation required. Analyze thermally induced stresses in glass while considering location, climate, glazing configuration, frame design and shading conditions.
Efficient
Workflow
Accurate
results
Professional
reporting
Efficient
Workflow
Accurate
results
Professional
reporting
Glazing thermal stresses calculation software for professional use
Glazing thermal stresses calculation software for professional use
WINTHS® analyzes thermal loads and thermally induced stresses in glazing. Location, climate, solar radiation, glazing configuration, frame properties and shading conditions can be considered to identify critical thermal conditions and reduce the risk of glass breakage.
WINTHS® considers factors including geographical location, climate data, orientation, solar radiation, glazing configuration, gas fillings, frame properties, glass edge conditions and partial shading.
WINTHS® can consider partial shading and shading caused by surrounding structures or shading systems. This helps identify uneven temperature distributions that may lead to increased thermal stress.
A free trial version of WINTHS® is available. Register for free to try out the demoversion. No credit card needed.
WINTHS® analyzes thermal loads and thermally induced stresses in glazing. Location, climate, solar radiation, glazing configuration, frame properties and shading conditions can be considered to identify critical thermal conditions and reduce the risk of glass breakage.
WINTHS® considers factors including geographical location, climate data, orientation, solar radiation, glazing configuration, gas fillings, frame properties, glass edge conditions and partial shading.
WINTHS® can consider partial shading and shading caused by surrounding structures or shading systems. This helps identify uneven temperature distributions that may lead to increased thermal stress.
A free trial version of WINTHS® is available. Register for free to try out the demoversion. No credit card needed.
Try WINTHS® 15099 now and experience an efficient workflowfrom thermal calculation to professional result!
Try WINTHS® 15099 now and experience an efficient workflowfrom thermal calculation to professional result!
