Software for Glass Structural Analysis
GLASGLOBAL®
Expert Software for Your Success
Calculate with precision. Plan with confidence. Verify efficiently.
GLASGLOBAL® – The professional structural analysis software for code-compliant glass design and automated load determination.
Why GLASGLOBAL®?
Certified Software
Certified and tested by independent testing institutes
Internationally recognized
Results generated by our software are internationally recognized
Easy to Use
Designed to be intuitive and user-friendly
Always Up-to-Date
Regular updates and new solutions, always in line with the latest standards
Partnerships
Strong partners such as Bundesverband Flachglas, VFF, and Metall und Mehr
Customer Satisfaction
A Reliable Partner for Long-Term Customer Satisfaction
GLASGLOBAL® - Software for Standard-Compliant Glass Design
GLASGLOBAL® specialized software reliably supports engineers, structural engineers, designers, and glazing contractors in the structural design of glass components in accordance with national and international standards (DIN 18008, EN 16612, ÖNORM B 3716, SIA 2057, ASTM E1300-16).
GLASGLOBAL® automatically determines all load-case combinations required by the applicable standard. In GLASGLOBAL® 16612, custom load cases can also be defined.
GLASGLOBAL® generates structured, independently validated, and review-ready structural calculation reports that provide a reliable basis for approvals.
GLASGLOBAL® - Software for Standard-Compliant Glass Design
GLASGLOBAL® specialized software reliably supports engineers, structural engineers, designers, and glazing contractors in the structural design of glass components in accordance with national and international standards (DIN 18008, EN 16612, ÖNORM B 3716, SIA 2057, ASTM E1300-16).
GLASGLOBAL® automatically determines all load-case combinations required by the applicable standard. In GLASGLOBAL® 16612, custom load cases can also be defined.
GLASGLOBAL® generates structured, independently validated, and review-ready structural calculation reports that provide a reliable basis for approvals.
GLASGLOBAL® - also available as an online version
Use GLASGLOBAL® directly in your browser—no local installation required, and with the flexibility to access it from various workstations. The online version is ideal for getting started quickly, for demonstrations, and for initial calculations. The following versions are available: DIN 18008, EN 16612, AGSB, Switzerland, and ASTM.
Applications & Modules
GLASGLOBAL® supports key areas of glass structural analysis—from traditional glazing to specialized design verifications for point-supported glazing, barrier glazing, walk-on glazing, and glazing accessible for maintenance.
Relevant load assumptions—such as wind, snow, dead weight, live loads, and climatic influences—are taken into account and compared with the permissible stress and deflection values. This allows for the structured, standards-compliant, and verifiable design of various glass structures.
Applications & Modules
GLASGLOBAL® supports key areas of glass structural analysis – from traditional glazing to specialized design verifications for point-supported glazing, barrier glazing, walk-on glazing, and glazing accessible for maintenance.
Relevant load assumptions – such as wind, snow, dead weight, live loads, and climatic influences – are taken into account and compared with the permissible stress and deflection values. This allows for the structured, standards-compliant, and verifiable design of various glass structures.
Basic Module
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The regulations governing glass design in Germany have continued to evolve in recent years. The 2024 and 2025 revisions of DIN 18008 are implemented in GLASGLOBAL® 18008. Changes to the relevant standards are monitored for all GLASGLOBAL® editions and implemented promptly when they come into force.
Point-Supported Glazing
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DIN 18008 Part 3 governs point-supported glazing with plate, countersunk and clamp fittings. With the Point Support module in GLASGLOBAL®, point-supported glazing can be entered and calculated quickly using assistants for standard configurations or individually in expert mode.
Barrier glazing
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If glass elements prevent people from falling from a significant height, they are considered fall-protection glazing, which is regulated by DIN 18008, Part 4. Explanation of the individual categories:
Category A: Glazing that must resist horizontal live loads because it has neither a load-bearing parapet rail nor a front-mounted rail at the required height to resist horizontal live loads in accordance with DIN EN 1991-1-1:2010-12, 6.4 and DIN EN 1991-1-1/NA:2010-12, 6.4.
Category B: Bottom-fixed glass balustrades whose individual panes are connected by a continuous handrail at the required height.
Category C1: Balustrade infills that do not need to support horizontal live loads at the required height.
Category C2: Glazing located below a load-bearing crossbar positioned at the required height, which does not need to support horizontal live loads at the required height.
Category C3: Glazing with a load-bearing rail positioned in front of it at the required height, which does not need to resist horizontal live loads at that height.
In the program, you can calculate such glazing in accordance with the applicable standard without needing to enter any additional data. The program will also alert you to standard requirements that must be taken into account in your project.
Basic Module
Learn More
The regulations governing glass design in Germany have continued to evolve in recent years. The 2024 and 2025 revisions of DIN 18008 are implemented in GLASGLOBAL® 18008. Changes to the relevant standards are monitored for all GLASGLOBAL® editions and implemented promptly when they come into force.
Point-Supported Glazing
Learn More
DIN 18008 Part 3 governs point-supported glazing with plate, countersunk and clamp fittings. With the Point Support module in GLASGLOBAL®, point-supported glazing can be entered and calculated quickly using assistants for standard configurations or individually in expert mode.
Walk-On glazing
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DIN 18008 Part 5 specifies the additional requirements for walk-on glazing. Walk-on glazing must consist of laminated safety glass with at least three panes. GLASGLOBAL® allows both symmetrical and asymmetrical laminated safety glass configurations to be verified in accordance with these requirements.
Glazing Accessible for Maintenance
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IDIN 18008 Part 6 specifies additional requirements for glazing that may be accessed for cleaning or maintenance and for fall-through-resistant glazing. GLASGLOBAL® allows these requirements to be taken into account in the structural design.
Product-Dependent Shear Modulus
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The “Product-Dependent Shear Modulus” add-on is available in the GLASGLOBAL® expert software for the structural analysis of glazing systems in accordance with DIN 18008. In GLASGLOBAL®, the shear modulus of interlayers (e.g., Trosifol® or SentryGlas®) can be taken into account as a function of the load type.
Barrier glazing
Learn More
If glass elements prevent people from falling from a significant height, they are considered fall-protection glazing, which is regulated by DIN 18008, Part 4. Explanation of the individual categories:
Category A: Glazing that must resist horizontal live loads because it has neither a load-bearing parapet rail nor a front-mounted rail at the required height to resist horizontal live loads in accordance with DIN EN 1991-1-1:2010-12, 6.4 and DIN EN 1991-1-1/NA:2010-12, 6.4.
Category B: Bottom-fixed glass balustrades whose individual panes are connected by a continuous handrail at the required height.
Category C1: Balustrade infills that do not need to support horizontal live loads at the required height.
Category C2: Glazing located below a load-bearing crossbar positioned at the required height, which does not need to support horizontal live loads at the required height.
Category C3: Glazing with a load-bearing rail positioned in front of it at the required height, which does not need to resist horizontal live loads at that height.
In the program, you can calculate such glazing in accordance with the applicable standard without needing to enter any additional data. The program will also alert you to standard requirements that must be taken into account in your project.
Walk-On glazing
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DIN 18008 Part 5 specifies the additional requirements for walk-on glazing. Walk-on glazing must consist of laminated safety glass with at least three panes. GLASGLOBAL® allows both symmetrical and asymmetrical laminated safety glass configurations to be verified in accordance with these requirements.
Glazing Accessible for Maintenance
Learn More
DIN 18008 Part 6 specifies additional requirements for glazing that may be accessed for cleaning or maintenance and for fall-through-resistant glazing. GLASGLOBAL® allows these requirements to be taken into account in the structural design.
Product-Dependent Shear Modulus
Learn More
The “Product-Dependent Shear Modulus” add-on is available in the GLASGLOBAL® expert software for the structural analysis of glazing systems in accordance with DIN 18008. In GLASGLOBAL®, the shear modulus of interlayers (e.g., Trosifol® or SentryGlas®) can be taken into account as a function of the load type.
Wind and Snow Load
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When you enter the ZIP code, the wind and snow load zones are automatically determined in accordance with EN 1991-1-3 and EN 1991-1-4, and all required values are entered.
Size Matrix
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See at a glance which dimensions are suitable for your glazing and their utilization ratio.
Wind and Snow Load
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When you enter the ZIP code, the wind and snow load zones are automatically determined in accordance with EN 1991-1-3 and EN 1991-1-4, and all required values are entered.
Size Matrix
Learn More
See at a glance which dimensions are suitable for your glazing and their utilization ratio.
GLASGLOBAL® PRODUCT FAMILY
GLASGLOBAL® 18008
GLASGLOBAL 18008 supports the structural design of glazing in accordance with DIN 18008 Parts 1 to 6. The software calculates stresses and deflections for different glass configurations and support conditions and automatically takes relevant wind, snow and climatic loads into account. Special applications such as fall-protection glazing, walk-on glazing and point-supported glazing can also be verified. The results can be generated as a structured and verifiable calculation report.
Verification according to DIN 18008 Parts 1 to 6
Line-supported and point-supported glazing
Automatic wind, snow and climatic loads
Fall-protection and walk-on glazing
GLASGLOBAL® 18008
GLASGLOBAL 18008 supports the structural design of glazing in accordance with DIN 18008 Parts 1 to 6. The software calculates stresses and deflections for different glass configurations and support conditions and automatically takes relevant wind, snow and climatic loads into account. Special applications such as fall-protection glazing, walk-on glazing and point-supported glazing can also be verified. The results can be generated as a structured and verifiable calculation report.
Verification according to DIN 18008 Parts 1 to 6
Line-supported and point-supported glazing
Automatic wind, snow and climatic loads
Fall-protection and walk-on glazing
GLASGLOBAL® 16612
GLASGLOBAL® 16612 supports the structural design of glazing in accordance with EN 16612. The software applies the European partial safety factor concept and the corresponding material properties. It also enables the calculation of laminated safety glass while taking temperature- and load-duration-dependent shear moduli into account. Different pane dimensions can be quickly compared using an evaluation matrix.
Verification according to EN 16612
European partial safety factor concept
Laminated safety glass with temperature- and load-duration-dependent shear coupling
Evaluation matrix for different pane dimensions
GLASGLOBAL® 16612
GLASGLOBAL® 16612 supports the structural design of glazing in accordance with EN 16612. The software applies the European partial safety factor concept and the corresponding material properties. It also enables the calculation of laminated safety glass while taking temperature- and load-duration-dependent shear moduli into account. Different pane dimensions can be quickly compared using an evaluation matrix.
Verification according to EN 16612
European partial safety factor concept
Laminated safety glass with temperature- and load-duration-dependent shear coupling
Evaluation matrix for different pane dimensions
GLASGLOBAL® AGSB
AGSB supports the structural design of glazing in accordance with ÖNORM B 3716-1, -2, -3, -4 and -7 as well as ÖNORM B 2459. The software enables the calculation of different glass configurations and glazing types and takes relevant wind, snow and climatic loads into account. Results are clearly evaluated and can be generated as a verifiable calculation report.
Verification according to ÖNORM B 3716 and ÖNORM B 2459
Horizontal and vertical glazing
Wind and snow loads according to ÖNORM EN 1991
Monolithic glass, laminated safety glass and insulating glass units
GLASGLOBAL® AGSB
AGSB supports the structural design of glazing in accordance with ÖNORM B 3716-1, -2, -3, -4 and -7 as well as ÖNORM B 2459. The software enables the calculation of different glass configurations and glazing types and takes relevant wind, snow and climatic loads into account. Results are clearly evaluated and can be generated as a verifiable calculation report.
Verification according to ÖNORM B 3716 and ÖNORM B 2459
Horizontal and vertical glazing
Wind and snow loads according to ÖNORM EN 1991
Monolithic glass, laminated safety glass and insulating glass units
GLASGLOBAL® Switzerland
GLASGLOBAL® Switzerland supports the structural design of glass structures in accordance with SIA 2057. The software takes Swiss-specific safety factors and load combinations into account and reliably determines load-bearing capacity and serviceability. Wind and snow loads are adapted to Switzerland’s topographic elevation profiles. Various verification levels are available for evaluation, including detailed deflection diagrams.
Verification according to SIA 2057
Load-bearing capacity and serviceability
Swiss wind and snow loads
Multi-level verification with deflection diagrams
GLASGLOBAL® Switzerland
GLASGLOBAL® Switzerland supports the structural design of glass structures in accordance with SIA 2057. The software takes Swiss-specific safety factors and load combinations into account and reliably determines load-bearing capacity and serviceability. Wind and snow loads are adapted to Switzerland’s topographic elevation profiles. Various verification levels are available for evaluation, including detailed deflection diagrams.
Verification according to SIA 2057
Load-bearing capacity and serviceability
Swiss wind and snow loads
Multi-level verification with deflection diagrams
GLASGLOBAL® ASTM
GLASGLOBAL® ASTM supports the structural verification of glazing in accordance with ASTM E1300. The software takes the minimum glass thicknesses specified by the standard as well as different load durations into account. In addition to monolithic glass and laminated safety glass, various load types such as wind, snow, line and point loads can be defined and evaluated. Stresses and deflections are then verified in accordance with the standard.
Verification according to ASTM E1300
Consideration of minimum glass thicknesses
Short- and long-duration loads
Wind, snow, line and point loads
GLASGLOBAL® ASTM
GLASGLOBAL® ASTM supports the structural verification of glazing in accordance with ASTM E1300. The software takes the minimum glass thicknesses specified by the standard as well as different load durations into account. In addition to monolithic glass and laminated safety glass, various load types such as wind, snow, line and point loads can be defined and evaluated. Stresses and deflections are then verified in accordance with the standard.
Verification according to ASTM E1300
Consideration of minimum glass thicknesses
Short- and long-duration loads
Wind, snow, line and point loads
Advantages of GLASGLOBAL® over Other Software
Function
Current Status of Standards
Load Calculation (Wind/Snow)
Climate Loads on Insulated Glass
Independent Validation
Audit-Ready Reporting
Flexibility in Export Projects
Traditional Tools
Significant manual verification effort required when standards change; risk of outdated formulas.
Time-consuming, manual research in atlases and zone maps.
Mathematically complex and difficult to reproduce manually without errors.
No externally verified guarantee of the calculation algorithms.
A cumbersome compilation of tables and screenshots
Often limited to a single set of national regulations.
GLASGLOBAL®
Always up to date and compliant with the latest applicable standards and regulations.
Automatic load determination for the project location using geodata or ZIP codes.
Fully automated and reliable calculation of climatic loads.
Certified Computational Accuracy: Independently tested and validated by the Bundeswehr University Munich.
Professional PDF Export: Structured, clear, and review-ready structural calculation reports.
Versions available for all common standards and codes.
Partners & Clients
Customer Testimonials
“As a long-standing partner of Sommer Informatik, we have been using the GLASGLOBAL® software since the introduction of DIN 18008. In collaboration with the Technical University of Dresden, we have tested various glass structural analysis programs. GLASGLOBAL® is currently the only software program that meets 100% of the mandatory requirements. In addition, Sommer Informatik was able to meet 52% of the ‘nice-to-have’ criteria.”
Bundesverband Flachglas e.V.
Contact: Jochen Grönegräs
The Federal Association of Flat Glass (BF) was formed in 1987 through a merger of the Federal Association of German Flat Glass Wholesalers, the Federal Association of German Insulating Glass Manufacturers, and the Trade Association of the Flat Glass Processing Industry. Today, the BF has more than 110 member companies with a total of over 220 operating sites, as well as approximately 50 supporting members.
“Interpane Glasgesellschaft mbH has been a loyal customer of Sommer Informatik GmbH for many years. After just a short training period, we were able to use GLASGLOBAL® to perform calculations quickly and effectively, which is why we highly recommend this tool.”
Interpane Glasgesellschaft mbH
Interpane Glas Industrie AG is a German flat glass manufacturer headquartered in Lauenförde.
The company manufactures glazing products at ten locations in Germany, Austria, and France.
“Structural calculations for glass are just an unpopular, secondary necessity in our day-to-day thermal simulations of windows and facades. With GLASGLOBAL®, however, this can be handled quickly and cost-effectively. That’s why we really enjoy working with GLASGLOBAL®.”
Bauwerk Engineering Firm
Contact:
Mr. Deckert – info@waermeschutz.cc
The engineering firm has been in business since 1998 and offers services in the fields of building physics and window technology.
“GLASGLOBAL® comes highly recommended! The tool provides professional guidance through each step of the calculation and leads you to the structural analysis after just a few entries.”
Saint-Gobain Germany
Contact: Jürgen Künsting
Saint-Gobain is a glass manufacturer founded in 1665 that operates worldwide. Saint-Gobain is considered the leading producer of flat glass in Europe and the global market leader in the field of coated glass. Saint-Gobain Glass Deutschland GmbH has been a client of Sommer Informatik GmbH since 2007.
“We are enthusiastic users of GLASGLOBAL®. Among other things, the ability to check all load cases is excellent.”
UNIGLAS GmbH & Co. KG
Contact: Thomas Fiedler
Founded in 1995, UNIGLAS GmbH & Co. KG is a unique partnership of medium-sized, independent companies specializing in insulated glass manufacturing and glass finishing, with locations now in Germany, Austria, Switzerland, Belgium, and the Netherlands.
Frequently Asked Questions
What materials are available in GLASGLOBAL®?
All glass types defined by the applicable standards (EN 1279, DIN 18008), such as float glass, heat-strengthened glass (TVG), thermally toughened safety glass (ESG), wired glass, etc., can be verified in GLASGLOBAL®. Specific glass products from the SommerGlobal® manufacturer database can be included in the verification report. The “Product-Specific Shear Modulus” add-on contains shear stiffness values for specific interlayer products, differentiated by load type according to the manufacturer’s data sheet.
Can GLASGLOBAL® also be used to perform calculations for sunrooms or mullion-transom glazing?
Yes. GLASGLOBAL® can perform these calculations. The support conditions of the glazing (line-supported, point-supported, supported on all sides, or with free edges) are taken into account independently of the frame or supporting structure.
Are the printouts from GLASGLOBAL® verifiable?
The verification report generated in GLASGLOBAL® is suitable for review when used together with the expert printouts “GZT – Ultimate Limit State” and “GZG – Serviceability Limit State”. The expert printouts provide clearly structured, detailed information on the load-case combinations for stress and deflection.
What criteria are used for calculations in GLASGLOBAL®?
GLASGLOBAL® is software for the structural verification of single glazing and insulating glass units. Based on DIN 18008 and the partial safety factor concept according to EN 1990, the software evaluates the risk of breakage and the deflection of glazing under wind, snow, climatic loads, differences in elevation, and live loads. For panes supported on all sides, the membrane stress effect can optionally be taken into account.
How are load assumptions for Switzerland handled?
In GLASGLOBAL® Switzerland, loads are determined according to SIA 2057 or entered manually. Snow loads according to SIA 261 are determined using the “GLASGLOBAL® Snow Load Module Switzerland” add-on. If you do not yet have this add-on, please contact vertrieb@sommer-informatik.de.