Materials
Steel
Upon performing the steel resistance and buckling assessments according to Eurocode and AISC standards, the suitable cross-section classification is considered. The determination of buckling lengths and the provision of support for lateral torsional buckling are rapidly specified or automatically computed. Diamonds then undertake cross-section optimization based on these evaluations.
- Eurocode 3 (UK, DE, ES, PL, ...) and AISC- LRFD
- Extendable built-in section library
- Cross-section classification
- Buckling length calculation
- Lateral torsional buckling supports
- Cross-section optimization
Concrete
Diamonds computes the most suitable reinforcement solution in accordance with Eurocode and ACI standards. This acts as an initial reference for establishing a feasible definition of reinforcement. Subsequently, you can proceed to determine cracked deflections and crack widths for both bar and plate components or conduct punching verification for plates and footings.
- Eurocode 2 (UK, DE, ES, PL, ...) and ACI
- Optimal reinforcement quantities
- Cracked deflection with creep
- Crack widths
- Deformation in time
- Punching verification
Timber
Diamonds computes deflections considering creep effects in accordance with the applicable service class. When executing Eurocode timber checks, factors such as buckling lengths and support against lateral torsional buckling are considered. These values can either be assigned by the user or determined automatically. Using the results of these unity check verifications, Diamonds proceeds to calculate the most optimal cross-sections.
- Eurocode 5 (BE, NL)
- Service class and load duration class
- Cracked deflection with creep
- Buckling length calculation
- Lateral torsional buckling supports
- Creep calculation
The features of Diamonds
Characteristics:
Fast & accurate
Both users who use the software regularly and those who use it occasionally will have the capability to transform structural design ideas into robust analysis models. This enables the creation of innovative yet cost-effective designs that align with current design standards.
User-friendly
Enabling complete transparency in managing your structural design analysis models, Diamonds adapts to your requirements and personal preferences. With its remarkably intuitive and adaptable working environment, you can effortlessly perform your tasks.
Powerful & versatile
Diverse structural forms can be easily modelled, facilitated by an extensive selection of load and internal restraint options.
Intuitive
Utilizing the integrated and expandable section library, along with parametric section definition, assigning essential properties to bar elements becomes effortless. Both properties and outcomes are visibly presented on the geometric model, breathing life into your design analysis model.
Powerful & versatile
By making use of the included and expandable material library, it becomes effortless to model and analyze a variety of structural floor and wall components.
Intuitive
A diverse array of restraint conditions enables the resolution of a broad spectrum of real-world issues, such as foundation slabs on soil of moderate quality, different forms of regular or irregular floor slabs, and the transfer of gravity loads via masonry walls.
Efficient
Utilizing the PARDISO sparse solver technology, the 3D analysis engine maximizes the utilization of your workstation's RAM memory. This results in efficient resolution of even the most intricate models within a brief timeframe.
Transparent
Diamonds provides straightforward and immediate access to its diverse range of design analysis outcomes. Let the analysis results communicate effectively and enhance your understanding of the structural dynamics within your building models.
Convenient
With its sophisticated dynamic and seismic analysis modules, Diamonds empowers engineers to efficiently create steel, concrete, and timber structures with optimal cost-effectiveness. This holds true even for areas where earthquake resistance stands as a crucial necessity.
Robust
Diamonds' ability to perform multi-modal response analysis enables seismic design for 3D frame and plate analysis models without imposing any limitations on the structural regularity of the building.
Comfortable
For a convenient approach to defining moving loads, the 'load train' feature can be utilized. Diamonds computes the structure for every load train position and compiles the outcomes as an envelope of results.
Visual
With the dynamic presentation of rolling load trains, you maintain complete control throughout the process. When multiple load trains are established within a single load group, you can visually track their simultaneous movement. This allows for straightforward verification of the accurate definition of all load trains.
Flexible
Leveraging Diamonds' comprehensive material library and adaptable section utility tool enables the swift and effective establishment of a diverse array of composite cross-sections encompassing both mechanical and thermal attributes.
Powerful
With the integration of an advanced thermodynamic solver, Diamonds enables precise analysis of both solid and slender cross-sections in accordance with fire resistance criteria.
Complete
Diamonds computes the ideal reinforcement approach based on a diverse set of design standards. This acts as an initial foundation for practical reinforcement solutions, which can subsequently be employed to determine cracked deflections and crack width for both bar and plate components.
Practical
The computed quantities of reinforcement can be readily transformed into practical solutions using the integrated and expandable rebar mat library. Practical reinforcement designs for bar elements can be exported for more comprehensive development within concrete detailing software.
Intuitive
Defining the pragmatic reinforcement for plates and walls is a quick and personalized process using net and bar zones. You have access to a variety of convenient drawing functions and shortcut keys to facilitate this task efficiently.
Clear
The locations where the defined reinforcement nets or bars align with the calculated reinforcement will be instantly apparent as the color is removed from the corresponding regions. Simultaneously, any sections that require reinforcement will be easily recognizable at a glance.
Complete
Automatic design standard checks factor in the relevant cross-section classification. The comprehensive documentation of these checks empowers users to make informed decisions about modifying the structural design to ensure its integrity.
Practical
The user maintains constant control throughout the process. Simply choose the bar elements that require design checks or even specify the specific checks needed for each bar element. Defining buckling lengths and lateral torsional buckling support can be accomplished quickly and effortlessly.
Powerful
Automatic design standard checks factor in the relevant cross-section classification. The comprehensive documentation of these checks empowers users to make informed decisions about modifying the structural design to ensure its integrity.
Complete
The user maintains constant control throughout the process. Simply choose the bar elements that require design checks or even indicate the specific checks needed for each bar element. Defining buckling lengths and lateral torsional buckling support can be accomplished quickly and effortlessly.
Practical
The robust solver capabilities of the Steel Connection Design module empower you to promptly assess the effects of design alterations on the connection's design strength and rigidity, adhering to Eurocode 3 or AISC standards.
Efficient
Choose the suitable nodes within the 3D analysis model, and Diamonds will autonomously generate the connection model, incorporating the necessary load information. Modifications to connection design can be effortlessly specified, enabling quick comparison of various options to identify the most optimal solution.
