Showing 1–16 of 66 results
Analisi ad Elementi Finiti in Geotecnica ha lo scopo di introdurre gli utenti al corretto e consapevole uso delle tecniche FEM: nel volume, pertanto, si è cercato di coniugare le nozioni teoriche con gli aspetti pratici con cui quotidianamente un professionista si trova a doversi confrontare.
Genere: eBook
Lingua: Italiano
Editore: Ingenium Edizioni
Pubblicazione: 2017
Dimensioni: 16.5x24x2
Lo scopo del presente testo non è quello di essere un saggio sui metodi per l’analisi di stabilità dei pendii, né, d’altra parte, un mero “manuale d’uso” per l’utente di un software. Vuole piuttosto essere, come il titolo stesso suggerisce, una sorta di “guida” per il Progettista che, talora, si ritrova di fronte a scelte (circa i modelli, i metodi di analisi, i parametri da utilizzare, ecc.) spesso di non facile interpretazione, stante l’incertezza che, nella maggior parte dei casi, accompagna la definizione del problema dell’analisi di stabilità di un pendio.
Tipo: ebook
Lingua: Italiano
Editore: Geostru
Dimensioni: 16.5x24x2
Pagine: 232
Edizione: 2017
RockPlane is a software tool for the evaluation of localized instability rocky elements affected by seismic movements and/or by presence of water pressures within intersurface fractures. The software provides slide and overturning risk safety factors that enable verification of the stability of the block and as required the design of stabilization works using active or passive anchors and nails.
Software for the computation of bearing capacity on loose or rocky soils, according Terzaghi, Meyerhof, Hansen, Vesic, Brinch-Hansen, Richards et. Al, Meyerhof and Hanna (1978) and computation of bearing capacity factors. Settlements: Elastic (Timoshenko and Goodier), Oedometric, Schmertmann, Burland & Burbidge, liquefaction using the method of Seed and Idriss (1971).
Analysis of soil reinforced with geogrids, calculation of: increase bearing capacity, deformation in the reinforcements, tensile force in the reinforcement for membrane effect.
LoadCap Extension brings additional features to the bearing capacity and settlement software like 3D settlements and embankments. See product.
Calcolo si sezioni in Cemento Armato: travi e pilastri in c.a. agli stati limite ultimi e di esercizio tenendo conto, nel caso di calcolo sismico, della classe di duttilità richiesta e della posizione della sezione nell’asta (se ricade in zona critica o meno). Per le verifiche di resistenza (e semiprogetto delle armature) a presso-tenso flessione (retta e deviata) è previsto l’uso del diagramma tensioni-deformazione parabola rettangolo per il conglomerato e bilineare per l’acciaio. Nelle verifiche a taglio è stata implementata la nuova metodologia che prevede l’uso dell’inclinazione variabile delle bielle compresse.
07/11/2018 - 2018.10.0.774
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.
Cloud Management and Archiving of technical documentation in GIS – Geostru Vision Time: allows the cloud archiving of technical documentation by combining geographical information with any type of document in electronic format. The user accesses the cloud application by providing the account credentials and locates the work area on the map – which can be done directly on the mobile site. Once the site is located, various information will be required: client, project code, etc. For each site, the user can upload multiple types of files: reports, models, cartography, PDF, PNG, DXF, DWG, etc. It is possible to share files with colleagues.
The settlements of mat foundations on piles are not easy to calculate. The software DeepFound offerrs the possibility to calculate the settlements of mat foundations on piles using the computation method PDR proposed by Poulus (2000) deriving from the combination of the methods Poulus and Davis (1980) and the method Randolph (1994).
The software can be required for free by the users with active upgrades for any of our software.
The downhole seismic method (DH) measures the time taken for the P and S waves to move between a seismic source located on the surface of the ground, and the receivers, placed inside a borehole.
Software used for Dynamic Penetration Tests, that is the reading, recording, interpretation, storage and the management of any type of penetrometer including new or custom equipment and of in borehole SPT readings.
Dynamic Probing provides functions for the archiving of readings by site and for automatic calculation of the real energy transmitted, including correction for warp and the correlation coefficient with SPT (standard reference tests for geomechanic calculations and geotechnic correlations).
Dynamic Probing also BIM compatible with geolocation import ed export in AGS format (Association of Geotechnical and Geoenvironmental Specialists)
Software for the check of earth small dams under both static and seismic conditions.
Checks under: full tank, empty tank, quickly emptied tank.
Hydraulic piping check, determination of the seepage rate through the work, seepage length, saturation line trend.
Easy HVSR allows the analysis of the spectral ratio of microtremors recorded with a single-station. The simplicity of use and speed of execution of the calculations allow the user to get immediate results in the estimation of: resonance frequency, stratigraphic profile and equivalent shear wave velocity Vs,eq, all according to the guidelines suggested by the SESAME project.
The software imports SEG2, SAF and ASCII files.
Out Of Stock
eGeoCompass – geological compass on your Android device
eGeoCompass is an application for Android mobile devices with the following features:
•Android operating system
•Sensors: GPS antenna, accelerometer, compass
•Display: minimum QVGA (240×320 pixels) – optimal HVGA (320x 480 pixels)
•SD card (required only for data export )
Note: eGeoCompass is fully compatible not only with the latest devices, but even with all those products made since the beginning of 2009. This reduces the resources necessary to purchase the device on which to operate the software. The high level of integration between the operating system and hardware has indeed given the presence of ALL the sensors necessary for the operation of the product from the earliest models of smart phones with Android operating system.
To check the compatibility simply download and install the software.
Data exported by eGeoCompass can be automatically imported in GMS software. GMS software is included in the Rockmechanics suite for the representation of geomechanical surveys.
Runoff Lab è uno strumento di calcolo e analisi rivolto ai professionisti che devono affrontare elaborazioni idrologiche.
Runoff Lab rende estremamente semplici e intuitive elaborazioni quali l’interpretazione probabilistica di serie pluviometriche, il calcolo delle curve di probabilità pluviometrica, la definizione di pluviogrammi sintetici, la trasformazione afflussi-deflussi.
L’attenzione rivolta alla progettazione dell’interfaccia utente consente di avere un programma estremamente intuitivo e semplice da utilizzare: l’utilizzo di menu di navigazione ad albero, l’assegnazione di relazioni tra entità mediante semplici operazioni di trascinamento, il copia/incolla delle entità create, l’illimitata serie di Undo/Redo sono solo alcune delle funzionalità che permettono di raggiungere un’alta curva di apprendimento nell’ uso del software.
Embankment settlement: The prediction of embankment settlement is a critically important issue for the serviceability of subgrade projects, especially the post-construction settlement. A number of methods have been proposed to predict embankment settlement; however, all of these methods are based on a parameter, i.e. the initial time point. The difference of the initial time point determined by different designers can definitely induce errors in prediction of embankment settlement. This paper proposed a concept named “potential settlement” and a simplified method based on the in situ data. The key parameter “b” in the proposed method was verified using theoretical method and field data. Finally, an example was used to demonstrate the advantages of the proposed method by comparing with other methods and the observation data.
COMPATIBLE WITH LOADCAP 2018. UNZIP THE FILE IN THE INSTALLATION FOLDER OF LOADCAP 2018.
Fondazioni in c.a. è un software completo che consente di calcolare qualsiasi struttura di fondazione secondo le NTC. Tipologie di calcolo previste sono:
Pali e micropali anche inclinati comunque disposti; Graticci piani di travi su suolo elastico; Graticci piani di travi in elevazione; Platee semplici o nervate su suolo elastico alla Winkler; Piastre semplici o nervate in elevazione su appoggi fissi o elastici; Plinti superficiali su suolo elastico alla Winkler; Plinti su pali; Graticci di travi su pali; Graticci di travi su pali; Platee semplici o nervate su pali; Travi continue su suolo elastico alla Winkler; Palificate.
Fondazioni in c.a. è inoltre in grado di importare file di testo contenenti le combinazioni di carico, calcolate in altri software strutturali, trasmesse dalla sovrastruttura.
