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Your news on what's going up and what's coming downINACHUS Project – Pilot 2
The second INACHUS field test, held on May 31st 2017 in Lyon, France, demonstrated the project’s Wide Area Surveillance solutions and Collapse Modelling tools to an audience of more than 16 end users specialised in USAR operations and structural engineers...
New: StiffClip® PLC – Panel Lift Clip
The StiffClip® PLC (panel lift clip) assists with lifting and placing assembled wall panels with an overhead crane. Clip attaches to stud within panel with approved fasteners, extending through the top track to allow cables to be threaded through the...
SteelSmart System 7.5 Released!
We’re happy to announce the release of SteelSmart System Version 7.5! We’ve made a number of great improvements including the optimization of several modules to make designing cold formed steel structures easier as well as the addition...
Applied Element Method Simulation of Experimental Failure Modes in RC Shear Walls
With the continuous evolution of the numerical methods and the availability of advanced constitutive models, it became a common practice to use complex physical and geometrical nonlinear numerical analyses to estimate the structural behavior of reinforced concrete...
Applied Element Method Simulation of Experimental Failure Modes in RC Shear Walls
With the continuous evolution of the numerical methods and the availability of advanced constitutive models, it became a common practice to use complex physical and geometrical nonlinear numerical analyses to estimate the structural behavior of reinforced concrete...
Extreme Loading for Structures – Version 5.0 Released!
We’re happy to announce the release of Extreme Loading for Structures (ELS) Version 5.0! We’ve made a number of great improvements in this release. Contact your ASI sales representative to download the new version. Below is a sampling of...
Extreme Loading for Structures – Version 5.0 Released!
We’re happy to announce the release of Extreme Loading for Structures (ELS) Version 5.0! We’ve made a number of great improvements in this release. Contact your ASI sales representative to download the new version. Below is a sampling of...
Structures Congress 2017: New Methodology of Designing for ATFP Using Modified Alternate Load Path Method
Visit ASI Engineers as they present on the proposal of a new methodology to design against disproportionate collapse for critical buildings that must be operational after a terrorist attack. The disproportionate collapse analysis uses the alternate path method where...
Structures Congress 2017: New Methodology of Designing for ATFP Using Modified Alternate Load Path Method
Visit ASI Engineers as they present on the proposal of a new methodology to design against disproportionate collapse for critical buildings that must be operational after a terrorist attack. The disproportionate collapse analysis uses the alternate path method where...
New Methodology of Designing for ATFP Using Modified Alternate Load Path Method
A new methodology to design against disproportionate collapse is proposed for critical building that must be operational after a terrorist attack. The disproportionate collapse analysis uses the alternate path method where the structure must be designed to support the...
New Methodology of Designing for ATFP Using Modified Alternate Load Path Method
A new methodology to design against disproportionate collapse is proposed for critical building that must be operational after a terrorist attack. The disproportionate collapse analysis uses the alternate path method where the structure must be designed to support the...
Structures Congress 2017: Experimental & Analytical Alternate Load Path Analysis for Reinforced Concrete Flat Plate Systems
Visit ASI Engineers as they present on Alternative Load Path Analysis (ALPA), which is becoming the most common technique for performance based design of structures to resist disproportionate collapse. This has coincided with an increased ability of high fidelity...
Experimental & Analytical Alternate Load Path Analysis for Reinforced Concrete Flat Plate Systems
Visit ASI Engineers as they present on Alternative Load Path Analysis (ALPA), which is becoming the most common technique for performance based design of structures to resist disproportionate collapse. This has coincided with an increased ability of high fidelity...
Structures Congress 2017: Experimental & Analytical Alternate Load Path Analysis for Reinforced Concrete Flat Plate Systems
Visit ASI Engineers as they present on Alternative Load Path Analysis (ALPA), which is becoming the most common technique for performance based design of structures to resist disproportionate collapse. This has coincided with an increased ability of high fidelity...
Experimental & Analytical Alternate Load Path Analysis for Reinforced Concrete Flat Plate Systems
Visit ASI Engineers as they present on Alternative Load Path Analysis (ALPA), which is becoming the most common technique for performance based design of structures to resist disproportionate collapse. This has coincided with an increased ability of high fidelity...
Structures Congress 2017: Ship Impact & Nonlinear Dynamic Collapse Analysis of a Single Well Observation Platform
Visit ASI Engineers as they present on the three-dimensional nonlinear dynamic analysis they performed on a single well observation platform. The structure consists of a single level service deck supported by three driven piles and a bracing frame. Extreme...
Structures Congress 2017: Ship Impact & Nonlinear Dynamic Collapse Analysis of a Single Well Observation Platform
Visit ASI Engineers as they present on the three-dimensional nonlinear dynamic analysis they performed on a single well observation platform. The structure consists of a single level service deck supported by three driven piles and a bracing frame. Extreme...
Ship Impact & Nonlinear Dynamic Collapse Analysis of a Single Well Observation Platform
A three-dimensional nonlinear dynamic analysis is performed for a single well observation platform. The structure consists of a single level service deck supported by three driven piles and a bracing frame. Extreme Loading® for Structures (ELS) software was used....