Carry out thermodynamic and mineral processing calculations on a standard computer quickly and easily. Essential software toolkit for process research, development, design, and digitalization, as well as for estimating process efficiencies, yields, and environmental footprints.

• Develop new processes and improve existing ones through modeling and simulation.
• Develop process flowsheet models and test ideas prior to lab or pilot stages.
• Estimate the environmental footprint of processes for Life Cycle Assessment.
• Apply complex process theory in an easy-to-use format.
• Apply complex calculations in minutes.
• All the tools and databases you need in a single package.

RC-SEC-EN is a software for the calculation of reinforced concrete sections according to EN 1992-1-1 and EN 1998-1 and eventual national application annexes. This software is a standalone application for checks of reinforced section belonging to beams, columns and walls. In seismic checks is considered the class of ductility demand (DCL, DCM or DCH) and whether or not the section is within a critical region of the member. If the checks are not seismic you must select the low ductility class (DCL) and so only EN 1992-1-1 is applied.

On-Site Photo is a software for determining dimensions of digital photos. The distinctive feature of this software is its simple operation. On-Site Photo is a universal tool to:

• determine quantities in digital photos
• redraw views on digital photos
• draw 3D components on digital plans
• lay and visualize solar modules in digital photos
• design photos with colors and textures

Software di calcolo strutturale edifici multipiano in Cemento Armato – Edifici in C.A. Tra le novità introdotte dalle Norme Tecniche delle Costruzioni si segnala la determinazione delle azioni sismiche (con la previsione di una differente formulazione degli spettri di risposta e valori di accelerazione sismica diversi da sito a sito anche nell’ambito della stessa zona sismica), l’obbligo delle verifiche secondo il principio della gerarchia delle resistenze anche se si opera in bassa duttilità, l’introduzione di un nuovo stato limite (di Operatività) per gli edifici di maggiore importanza, un ulteriore avvicinamento delle verifiche sezionali (agli stati limite) alle modalità previste dalle nuove versioni degli eurocodici: EC2 ed EC8.

Risposta sismica locale RSL III – Software per la valutazione della risposta sismica locale di III livello.

Liquiter software is designed for soil liquefaction analysis and supports a wide variety of field tests. The results of the analysis are presented as: Safety Factor Soil Liquefaction / Probability of Soil Liquefaction; Cyclic mobility of clay; Liquefaction of sand and clay; CSR, variable CSR with depth from SHAKE results; Reconsolidation Settlement, Lateral Spreading; Residual Strength.

GeoScene3D is a 3D Geological modelling software for visualizing geoscience data, building geological models in order to distribute the results to stakeholders. The software is well suited for geoscientists in public and private organizations working with engineering geology, groundwater, soil contamination or other tasks involving compilation and interpretation or visualization of a variety of data types. GeoScene3D enables visualization of a broad range of geoscience data. For example wells, geophysical data, soil and water chemistry, terrain surfaces and geological layers.Furthermore, it is also possible to build geological models using the software in a well-defined modelling process. From the manual, or semi-automated production of layer interpretation points, through the generation of layer surfaces using advanced interpolation techniques, to the final export of layer surfaces for further processing in other software, like FeeFlow, Modflow or similar. GeoScene3D is the standard platform for geoscience data in Denmark and is continuously developed in collaboration with the Danish Geological Survey (GEUS), the Danish Nature Agency and major Danish engineering companies. The software handles a wide variety of use cases with users facing different tasks in their day to day work. The result is a practical, versatile and robost program with the functionality to handle everyday practical problems the geologists face in many situtations, both in the public and private sector.

Sizer

• Specify dead, live, snow and wind loads
• Automatically pattern loads
• Generate a materials take-off summary based on your design
• Design for point, line, area, triangular, and trapezoidal loads simultaneously
• Automatically check all load combinations as per IBC 2015, ASCE 7-10
• Analyze the critical load cases for reactions at supports, shear, bending, and deflection
• Generate detailed analysis reports and diagrams
• Generate a list of acceptable sections for dimension lumber, heavy timbers, glulam, LVL, or I-joists
• Use the Materials Database editor to customize the software to your needs

• Configure and design a complete structure in plan
• Do preliminary designs of structures considering gravity loads using the graphical design and analysis work area
• Perform multi-storey gravity load analysis – sizing all structural members and reporting the reactions at the base
• Export elements from Concept Mode for further analysis into either Beam Mode or Column Mode

• Design individual wood bending members
• Use Beam Mode to verify the design of critical bending members
• Generate deflection, shear and bending moment diagrams for any beam or joist in your project
• Design single or multi-span beams and joists with or without cantilevers
• Design beams for gravity and uplift loads
• Specify full, clear or design span
• Design supporting members for bearing
• Design Beams with end and interior notches

• Design individual wood columns, walls, and beam-columns
• Use Column Mode to verify the design of critical compression members
• Design columns and wall studs to resist both axial and lateral loads
• Generate deflection, shear and bending moment diagrams for a single column or wall stud
• Check wall bottom plate for bearing

• Design shearwalls for multi-storey and irregularly shaped buildings
• Determine hold-down and drag-strut forces and display them graphically
• Design shearwalls with or without hold-downs
• Generate an elevation view to show loads and forces on each shearwall
• Assign loads to shearlines following a flexible or rigid diaphragm analysis
• Import Adobe PDF and CAD (.wmf) files to establish the building footprint
• Model wood structures up to six stories
• Specify openings in shearwalls such as windows and doors
• Model roof shapes, including hips, valleys, gables, and overhangs
• Quickly assess the locations of high aspect ratio segments in a structure

• Generate wind pressure and resulting lateral loads as per ASCE 7-10
• Input specific site information, including wind speed up over a hill
• Manually input lateral loads or modify wind loads that were automatically generated
• Report shearwall material designs for all wind load cases
• Check the capacity of wall sheathing and nailing to resist wind suction (components and cladding loads)
• Check shearwalls for wind serviceability deflection and story drift

• Generate seismic loads as per the IBC 2015 (ASCE 7-10)
• Input site-specific seismic information
• Manually input lateral loads or modify seismic loads that were automatically generated
• Report shearwall material designs for all seismic load cases

• Produce fully dimensioned, CAD-quality drawings
• Generate a material list for fasteners and steel plates
• Run designs using lag screws, wood screws, bolts, nails, shear plates or top-mount hangers

• Design connectors for beam-to-beam, beam-to-column, and column-to-foundation connections
• Allows output of beam-to- beam connections as .dxf files for use in AutoCAD

• Design single or double shear connections for wood-to-wood, wood-to-steel, and wood-to-concrete configurations