Revit

En el diseño en terrenos inclinados por lo general son en lugares asimétricos, con laderas o cerca de montañas, de modo que la estructura debe acomodarse a su entorno, tratando de intervenir lo mínimo posible y aprovechando cada elemento que tiene. Tip 1 Movimiento de Tierra Cuando un proyecto esta por empezar a construirse, se tiene que hacer la limpieza del terreno, así como el movimiento de tierras. Esto es un costo extra, por lo que se recomienda trabajar en estos tipos de terrenos con superficies aterrizadas, haciendo que se mueva la menor cantidad de tierra posible como también no se usará mucho relleno, reduciendo los costos de la obra considerablemente.

Στο αρχείο εμφανίζονται τα περιεχόμενα του βιβλίου "Autodesk Revit Architecture – Οδηγός Εκμάθησης" με ISBN: 978-618-5007-00-3. Το βιβλίο μπορείτε να το προμηθευτείτε από την εταιρεία ΕΕΣ Λουλάκης Πολυχρόνης & Συν. Τηλ. 2103832800 web: www.loulakis.gr

BIM Revit, Arsitek,Struktur dan MEP adalah sebuah software yang sangat powerfull meningkatkan kinerja dan produktifitas anda dalam berbagai aktifitas perencanaan serta modelling 3D bentuk bangunan Gedung, Jembatan, Girder, PIer, Abutment, Baja, Perpipaan dan beberapa kustom spesifik bangunan lainnya, dari modelling 3D secara otomatis drag ke dalam kop yang sudah secara langsung jadi gambar teknis 2D, keunggulan lainya perhitungan volume pembesian juga otomatis langsung keluar tabel pembesian. MAsih banyak lagi keunggulan lainya.

This report probes the Building Information Modelling (BIM) for its perception in AEC industry and examines various definitions developed by the professionals involved in this field. It mainly concentrates on the Construction Management aspect of the industry, and what role BIM has to play within different procurement systems. The report examines major BIM applications with deep analysis on the usability and interoperability of the services. It further studies the methods of implementation of BIM and integration of standards covering a wide spectrum of services within AEC industry. The analysis is supported by the application of BIM technology on a live commercial project. The report concludes itself with the study on future uses of BIM.

There exists a lack of 'off the shelf' and user-friendly
computational tools that allow architects and other design
consultants to quickly analyse and simulate circulation
patterns of buildings.  Other  developments of such tools
have so far failed to penetrate the mainstream market for
architectural design software. The research presented in this
paper focuses on the development of a graph-based building
navigation and distance measurement tool; the Spatial
Analysis and Query Tool (SQ&AT), that plugs into the most
common design documentation software (Autodesk Revit)
with the ability for extension into other tools.
The resulting software allows users to test point-to-point
shortest distances, produces several grid based metrics and
allows scenarios to be built. These results may expose areas
where the designer’s intuition and bias has led them to make
inaccurate assumptions about quantitative design aspects.

"This chapter briefly explores the multi-dimensional nature of the BIM domain and then introduces a knowledge tool to assist individuals, organisations and project teams to assess their BIM maturity and improve their performance. The first section introduces BIM Fields and Stages which lay the foundations for measuring maturity. Section 2 introduces BIM Steps – organised in ‘sets’ and ‘types’ – which incrementally separate BIM Stages and act as Key Maturity Areas within them. Section 3 introduces an Organisational Hierarchy which identifies granular scales for applying maturity assessments within the industry. Section 4 explores the concepts of ‘capability maturity’ and adopts a five-level BIM-specific maturity index. Finally, Section 5 introduces the BIM Maturity Matrix (BIm³), a knowledge tool that describes the range of and correlation between BIM Stages, Steps, Maturity Levels and Organisational Scales.

SUCCAR, B. (2010) Building Information Modelling Maturity Matrix. IN UNDERWOOD, J. & ISIKDAG, U. (Eds.) Handbook of Research on Building Information Modelling and Construction Informatics: Concepts and Technologies. Information Science Reference, IGI Publishing. (http://www.igi-global.com/Bookstore/Chapter.aspx?TitleId=39468)"

Across the world, Building Information Modeling (BIM) is transforming architecture, engineering and construction (AEC) industry. Its contributions have motivated many countries to systematically implement it in all construction projects. In sub-Saharan Africa, BIM is just beginning and its spreading requires a strong involvement of institutions dedicated to training and research in civil engineering. In this context, this article proposes an approach for automatic evaluation of cost and environmental impacts of buildings in Cameroon using BIM objects of LOD 300. The proposed approach is applied to implement, on Revit 2018 platform, BIM objects that integrate their cost and environmental impacts (namely energy consumption, water consumption, contribution to global warming, photochemical ozone formation, atmospheric acidification, eutrophization, aquatic ecotoxicity, production of ultimate waste). The design of a classroom on Revit 2018 platform shows that these BIM objects enable cost and environmental impacts evaluation of the whole construction process with a maximum deviation of 0.3%, compared to classical manual evaluation.

As the usage of BIM increased in the construction industry, some construction owners started exploring the use of BIM for maintaining their facilities. Construction Operations Building Information Exchange (COBIE), a spreadsheet data format suggested in 2007 to manipulate building information, is considered as one of the solutions that would facilitate the process of transferring information from BIM to applications for facilities management. Several BIM and Computer Aided Facilities Management (CAFM) applications offer functions to export or import the COBIE data. To facilitate the process of generating the COBIE data out of Building Information Model, some add-in applications, such as COBIE Toolkit for Revit, also were developed. However, most of these applications handle a limited amount of COBIE data. Professionals using these add-in applications therefore sometimes end up spending a significant amount of time to add additional data manually to the COBIE data file. To automatically get a data-rich COBIE file, we developed a prototype application that extracts information from Revit, which is one of the BIM authoring tools, stores them in an external database, and then produces the COBIE file using information stored in the database. We applied our application to a pilot project and produced 8 COBIE worksheets automatically, which demonstrated a significant amount of time saving. This paper presents how our prototype application produces 8 COBIE data sets automatically. It also addresses our attempt to handle more COBIE data sets.

Construction progress monitoring has been perceived as one of the key factors that prompt the achievement of a construction project. However, assessing the progress is time consuming, costly and obliges specialized personnel to reduce disagreements and approximate the actual performance to the original plan as close as possible. Image processing is a promising method that has been developed for automated monitoring of construction projects. It has attracted increasing attention for progress monitoring, quality assurance and work space analyses. Nonetheless, remarkable drawbacks still remain in image processing, particularly for outdoor environment such as construction progress monitoring. The principle downside of image processing goes back to the image resolution. Ambient lightning condition significantly affects the image quality which does affect the accuracy of data, extracted from related images. Much research strives to reduce the level of errors for data extraction but so far none has been able to deliver complete satisfactory and reliable result. In this research a novel approach based on thermal image analysis is presented. The new method consists of three phases: First, collecting the thermal and original images by utilizing Infrared-Camera. Second, estimating the position of captured images by the use of wireless sensor network implemented in the work space. Finally, the 3D plan will be updated automatically in the Building Information Modeling (BIM) software. The preliminary experimental results from an actual concrete building construction site show the feasibility of inferring the actual state of progress by the use of thermal images to overcome the limitation of vision monitoring. 

AUTOMATED CONSTRUCTION PROGRESS MONITORING USING THERMAL IMAGES AND WIRELESS SENSOR NETWORKS. Available from: https://www.researchgate.net/publication/275024236_AUTOMATED_CONSTRUCTION_PROGRESS_MONITORING_USING_THERMAL_IMAGES_AND_WIRELESS_SENSOR_NETWORKS#share [accessed Sep 11, 2015].

Este trabajo de investigación propone el estudio, análisis y desarrollo del proceso de diseño arquitectónico y su posible variabilidad determinada por el uso de técnicas y herramientas digitales de diseño.

Frente a esto se define como la problemática inicial a la ‘discretización del diseño arquitectónico’ entendida como la divergencia entre los procesos tradicionales de diseño arquitectónico frente a la sistematización racional, como mecanismo de búsqueda arquitectónica, que proponen actualmente las nuevas herramientas digitales de diseño.

O curso de REVIT possibilita ao profissional uma produtividade muito alta em projetos de arquitetura e engenharia civil, pois possui ferramentas parametrizadas para geração de elementos presentes de forma simultânea em diversas vistas de projeto, sejam elas, plantas, cortes, elevações e perspectivas. Tudo que é desenhado no Autodesk Revit é gerado em 3D, tornando-se assim uma maquete eletrônica. A produtividade é multiplicada por 4 ou mais em relação a softwares de plataformas de desenhos em 2D como o AutoCAD.

O curso de Revit capacitará o aluno gerar projetos arquitetônicos com maior economia de tempo, obtendo um material final de alta qualidade gráfica e informativa.

Autoria totalmente do Professor Lucas Paiva e transcrição por Marina Bazolli Alvarenga.

Use project templates as a starting point for new projects. Use the default templates, or define custom templates to enforce office standards.

A project template provides a starting point for a new project, including view templates, loaded families, defined settings (such as units, fill patterns, line styles, line weights, view scales, and more), and geometry, if desired.
As installed, Revit provides several templates for different disciplines and types of building projects.
You can also create custom templates to address specific needs or to ensure adherence to office standards.
Project templates use the file extension RTE.

Building information modeling (BIM) is a powerful collaboration and project delivery concept which is becoming popular in the architectural and engineering practice. Software developers are constantly extending the boundaries by introducing new features into their programs, such as support for an integrated workflow, thus inviting different specialists to participate in the project at earlier design stages. These type of contributions highlight the importance of decisions concerning the most effective method to export information, invariant of the chosen data model, be it IFC or gbXML. Extensions to existing software are also considered, i.e. plugins. Export of simple geometries is tested within three BIM platforms: ArchiCAD, Allplan and Revit. The main focus of the presented test is exporting of the building materials data and its preservation in the IFC and gbXML format, specifically for import into thermal simulation tools. The application and capabilities of EnergyPlus and ArchiPHYSIK are explored. We summarize our results as a sequence at guidelines and recommendations suggesting optimal workflows for each BIM platform, as well as design for -Customizer-application, which assists in mapping of the needed data, on a per application basis, from IFC or gbXML to the IDF files usable to ArchiPHYSIK and EnergyPlus.

Building Information Modelling (BIM) is a transformative approach to designing, constructing and operating the built environment. BIM includes a wide range of concepts, tools and workflows which need to be learned and applied by industry stakeholders. BIM Education represents the process of acquiring the necessary knowledge and the required skills to generate BIM deliverables and satisfy their respective requirements.

The documents gathered here stem from the efforts of the BIM Education Working Group (EWG). The EWG started its six month mandate back in December 2011 and included 11 members, equally split between industry (practicing professionals) and academia (university/TAFE lecturers and researchers).

There are three documents in the BIM Education section. Read together, they represent the position of the EWG, an invitation for an open discussion, and a foundation for further work. Read separately, each document covers a specific aspect of our work:
–– Document E1 introduces BIM Education, the group’s objectives and the structure underlying this effort. It also identifies BIM Learners and their varied requirements
–– Document E2 identifies BIM Learning providers and the current status of BIM Education
–– Document E3 introduces the BIM Learning Spectrum and a draft Collaborative BIM Education Framework

At the conclusion of each document, a summary set of BIM Educational Principles (EP)s is provided. These 20 principles highlight the group’s position and provide opportunities for future discussions covering:

–– why BIM Education is the shared responsibility of industry and academia
–– what needs to be done to identify the BIM learning requirements of all construction industry stakeholders
–– where best to start in a suitably comprehensive BIM learning approach
–– who needs to participate in defining, developing and delivering BIM education
–– how best to convert BIM educational principles into BIM learning opportunities
–– when a BIM education mechanism can be instigated to deliver BIM learning dividends

The BIM Education working group hopes this effort resonates well with all those who stand to benefit from a collaborative approach to BIM Education. We also hope the three documents, the framework and the embedded principles instigate a fruitful discussion between - and within - industry and academia.

Materi Training yang disajikan dengan dengan detail pekerjaan BIM Modelling untuk Arsitek, yang berkesinambunagn dengan Struktur dan MEP, Jadwal Training Reguler tersedia di Depok, dan Seluruh Kota Di Indonesia.
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Elmi redaktor: ADNSU-mm "Neft emalı və neft-kimya sahələrinin iqtisadiyyatı və menecment" kafedrasının müdiri, i.e.d., professor Qənimət Səfərov Rəyçilər: AMEA-mn "Elmi İnnovasiya Mərkəzinin" direktor müavini, i.e.d., professor Təbriz Əliyev. Elm və Tədris Mərkəzi "Təfəkkür" Universitetinin rektoru, i.e.d, professor Müşviq Atakişiyev ATU-nıtn "Sənaye iqtisadiyyatı və menecment" kafedrasının müdiri, i.e d., professor Ramiz İsgəndərov M.Ə. Əliyev, A.G. Hüseynov, K.S. Kərimov, Ü.Y. Hüseynova Neft-qaz sənayesinin iqtisadiyyatı və idarə edilməsi. Ali məktəblər iıçün dərslik. Bakı. «Letterpress» Nəşriyyat evi. 2016. səh. 553. Dərslik tədris planında nəzərdə tutulmuş "Neft-qaz sənayesinin iqtisadiyyatı və idarə edilməsi" fənninin proqramına uyğun yazılmışdır. Dərslikdə Azərbaycanda neftqazçıxarma və neft emalı sənayesi sahələrinin inkişaf tarixinin mərhələri, bu sənaye sahələrinin ölkənin iqtisadiyyatında rolu və əhəmiyyəti, neft-qaz sektorunun milli təhlükəsizliyin təminatında mahiyyəti izah olunmuşdur. Neftqazçıxarma sənayesində aparılan iqtisadi islaharlar, köhnə yataqlarda yaranmış böhranlı vəziyyətin aradan qaldınirnası yollan, neft strategiyasının məqsədi və formalaşdırılması amilləri məntiqi ardıcıllıqla verilmişdir. Neftqazçıxarma müəssisələrində istehsal proseslərinin mahiyyət və səciyyəvi xüsusiyyətləri, əsas istehsal fondları, dövriyyə vəsaitləri və istehsal xərclərinin formalaşmasının izah olunmasına xüsusi diqqət verilmişdir. Dərsliyin məzmununda ehtiva olunan şərhlərdə sistemli və məntiqi təhlilə üstünlük verilmişdir və sistemin elementləri arasında dialektik əlaqələr açıqlanır, ümumi və spesifik qanunauyğunluqlar nəzəri və praktik baxımdan interpre.asiya olunur. , : Ali məktəblərdə təhsil alan bakalavr və magisti, aspirant, doktoram, fənni tədris edən professor-müəllim heyəti və gündəlik həyatlarında bu sahədə məşğul olan geniş neft-qaz sənaye sahələrində çalışan mütəxəssislər üçün nəzərdə ratulmuşdur

The present paper addresses the study about one of the paths that architecture can follow in contemporaneity: the construction of interactive spaces. Product of a final graduation project, this work comprises a brief theoretical frame that is resultant of research and literature review, focusing on what constitutes the construction of such spaces, especially with the utilization of digital technology, its context and how it becomes real. An experimental project, the Interactive Pavilion, was designed aiming to demonstrate and explore the specificities and characteristics of the projective process of such architecture. In conclusion, questions and considerations around the addressed theme are raised, allowing a reflection on the development of architecture in contemporaneity and the paths it might follow in the future.

Note: This paper was originally developed for the XI Seminario Internacional de Arquitectura Digital Revel of the Universidad Piloto de Colombia. Although not published in this format, the work was presented on the seminar on September 2nd, 2016.

In traditional claim management system, Extension of Time (EOT) claims often lead to disputes among key construction stakeholders. This necessitates shifting traditional system to a digital environment for efficient processing. This research, therefore, focuses on utilizing Building Information Modeling (BIM) technology for developing a BIM-Based Claims Management System (BIM-CMS) to manage EOT claims. Twenty-nine problematic issues in prevalent EOT claim management process are extracted through an extensive literature review and semi-structured interviews of industry experts. Using Application Programming Interface, a plugin is developed in Autodesk Revit for managing EOT claims. The developed plugin is evaluated by industry's experts, who opined that BIM-CMS can be used to a great extent, as a tool to resolve most of the identified issues. It is also expected to proficiently mitigate potential disputes among contracting parties. The study also highlights barriers to BIM-CMS implementation and proposes corrective measures.

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Jadwal Reguler tersedia di https://www.facebook.com/praba.engineering.school
Inhouse Training, call/wa 081287040414 - 081617781646

Esta comunicación pretende mostrar algunas aplicaciones y ejemplos realizados mediante
herramientas y aplicaciones de fotogrametría aplicadas a edificios existentes, con el
objetivo de obtener nubes de puntos mediante una técnica alternativa a la del scanner láser
3D. Para ello se analizan diferentes aplicaciones informáticas que mediante la realización de
una serie de fotografías desde diferentes puntos de vista, permiten obtener de forma
relativamente económica y fiable, conjuntos de datos que pueden ser importados y utilizados
en aplicaciones BIM. Concretamente se utiliza el programa Agisoft PhotoScan para la
reconstrucción del modelo y la generación de nubes de puntos, que posteriormente se
insertan en Revit para la elaboración de modelos tridimensionales con los que poder
documentar un proyecto arquitectónico. Se analizan a su vez otras aplicaciones o
complementos, como Autodesk ReCap, que facilitan el proceso de análisis y revisión de la
geometría del modelo, agilizando el procedimiento y reduciendo el tiempo necesario para
obtener la planimetría del elemento de estudio.

This research studies the use of BIM softwares in construction companies, demonstrating the advantages and problems in project compatibility, in the economic realm and in the overall performance of constructions. Two civil engineering companies were observed and interviewed, one at the beginning of the use of BIM softwares and the other in the final stage of application. Studies showed the positive and negative aspects found from implementation of the platform to full use of the softwares in planning, management and execution of buildings. The final results sustained that the use of these softwares brings numerous advantages to the entire project cycle; however, its application also faced a variety of difficulties that need to be addressed for a wider spread of these tools in Brazil.

Keywords: BIM. Implementation. Revit. Construction. Engineering.

Obiettivo del lavoro è quello di individuare vantaggi e valori aggiunti dell’utilizzo del B.I.M. rispetto alle metodologie tradizionali, ed i modi in cui essi possono generarsi, con particolare riferimento all’organizzazione e sicurezza del cantiere.
Il lavoro si è svolto dapprima attraverso la consultazione di documentazione informativa sul B.I.M. per capirne gli aspetti generali, nonché attraverso l’analisi critica di diversi casi di studio sull’utilizzo della nuova metodologia per estrarne i significati in termini di vantaggi e di valori aggiunti. In vista degli obiettivi, il lavoro si è poi rivolto alla comprensione della gestione e del controllo dei nuovi strumenti e delle potenzialità da essi offerti per capire in che modo trarre i migliori vantaggi e valori aggiunti nell’ambito dell’organizzazione e sicurezza del cantiere, attraverso l’osservazione di una serie di casi tra i più ricorrenti.

Elaborato della la prova finale per il conseguimento della Laurea in Ingegneria delle Costruzioni, Dipartimento di Ingegneria e Geologia, Università G. d'Annunzio, Chieti - Pescara. Relatore: Arch. Carlo Lufrano.

In this paper the Open Source IFC model server project bimserver.org is introduced. A brief overview of existing
IFC toolkits and model servers both as commercial applications as well as research prototypes is given.  An
implementation-independent meta-model from current IFC STEP EXPRESS schemas is generated and used as a
venture point for a database persistency framework. A model server application is introduced that is based on this
framework which enables the storage, maintenance and query of IFC based building information models for the
collaboration among different stakeholders

This study has assessed the implementation level of Building Information Modeling (BIM) in the construction industry of Malaysia. It also investigated several computer software packages facilitating BIM and challenges affecting its implementation. Data collection for this study was carried out using questionnaire survey among the construction practitioners. 95 completed forms of questionnaire received against 150 distributed questionnaire sets from consultant, contractor and client organizations were analyzed statistically. Analysis findings indicated that the level of implementation of BIM in the construction industry of Malaysia is very low. Average index method employed to assess the effectiveness of various software packages of BIM highlighted that Bentley construction, AutoCAD and ArchiCAD are three most popular and effective software packages. Major challenges to BIM implementation are it requires enhanced collaboration, add work to a designer, interoperability and needs enhanced collaboration. For improving the level of implementing BIM in Malaysian industry, it is recommended that a flexible training program of BIM for all practitioners must be created.

Buckling of thin-walled and load-bearing elements of a structure can have devastating consequences. Hence, buckling checks are an integral part of strength analysis of structures. The buckling problem of thin rectangular plates subjected to in-plane com-pressive and/or shear loading is of great importance in building, bridge, aerospace, marine, and shipbuilding industries. When buckling occurs, thin plates undergo large out-of-plane deflections, which in turn results in the development of large bending stresses and eventually complete failure of the structure. This paper deals with the buckling stability assessment of uniaxially-compressed plates with different support conditions within the framework of classical plate theory. The main objective of this research is to explore some uncovered aspects of buckling stability of plates by considering the effects of support conditions, aspect ratio, and slenderness ratio, which will consequently result in efficient design of such thin-walled structures. To this end, in addition to validation of the numerical simulation, some case studies have been performed in order to gain a better understanding of different aspects of buckling stability of such thin-walled structures.

The area of smart home environments is viewed as a key element of the future Internet. A lot of homes are implementing Internet of Things (IoT) technology, making it “smarter”, in order to improve its energy efficiency, security and comfort. However, the main barrier in realizing the vision for smart homes is the difficulty in enforcing privacy in IoT environments (Jacobsson and Davidsson, 2015).

The IoT means that more devices than ever seen before are connected to the internet (illustrated in figure 2.2). This means that laptops, smart phones, sensors, actuators, etc. are all connected to the internet.

This thesis attempts to look at how we can incorporate cyber security information into BIM models and use this information to look at vulnerabilities.

In Building information modeling, Revit Structure is a tool; just Revit is technology. By using Revit Basic Structure tool, it can collect all information in a single click like Elevation, Section, Schedule, Quantity etc. It’s also easy to create Rendering, Animation and Walkthrough Etc.

Building information modeling (BIM) is a powerful collaboration and project delivery concept which is becoming popular in the architectural and engineering practise. Software developers are constantly extending the boundaries by introducing new features into their programs to support the integrated workflow and invite different specialists to participate in the project on the early design stage. This contribution further expands the discussion about the most effective method to export the information whether by IFC or gbXML data model; with or without the assistance of additional plugins. Export of the simple geometry is tested within three BIM platforms: ArchiCAD, Allplan and Revit. The main focus of presented test runs is set on exporting the building materials data and its preservation in the IFC and gbXML for the further import to the thermal simulation tools. For the purpose of the present contribution the application and capabilities of Energy plus and Archiphysik are explored. As a conclusion, the guidelines and recommendations about the best workflow for each BIM platform are suggested, as well as the design for the “Customizer” application, which assists the mapping of the necessary data from IFC or gbXML to the IDF files usable to Archiphysik and Energy plus.