Projects tagged ‘construction’


[20 total ]

84 Users
   

OpenTTD is a clone of the Microprose game "Transport Tycoon Deluxe", a popular game originally written by Chris Sawyer. It attempts to mimic the original game as closely as possible while extending it ... [More] with new features. There is currently an effort underway to replace the original, not free (as in no freedom), graphics with new original Free (as in freedom) content. [Less]
Created over 3 years ago.

0 Users

create designs of realistic ecologically friendly building projects and place them on the google map, linked to websites
Created 11 months ago.

0 Users

SummaryConstruction project document control and contract management. Written in java intended to run on tomcat on a mysql database. Collaboration with project team members (architects, subcontracts ... [More] , owners) through the team member website. Documents managed and created by Contrack (as PDFs):Subcontract and Purchase Order Agreements Lien releases Warranties and Project Closeouts Changes Requests for changes Authorization letters RFIs Submittals Transmittals Project Letters Financial:Track budgets and costs API to interface with accounting software Interface written for ComputerEase(TM) Could potential interface with any OBDC/JDBC database Could interface with any SDK (Quickbooks) Invoice routing and approval Subcontractor pay application processing Other features:LDAP (Active Directory) user database or SQL user database. Hylafax client built in Support for KlickFileWeb for document scanning and archival Asterisk support for click to call phone numbers built in through the Asterisk manager API. Logging and tracing Attachment support Email project owner for more information about deploying Contrack at your site or to join the development team. [Less]
Created 4 months ago.

0 Users

App which takes the points that caltrans and CHP releases and plots them on a map.
Created 11 months ago.

0 Users

This version allows users to create a 4D model for a single floor on a wing of the MGM Grand Hotel, Las Vegas. You are required to sequence slabs, interior walls, exterior frames, grout connections and steel beams.
Created 12 months ago.

0 Users

A CAD software oriented twards rapid design and development in architecture and construction.
Created 11 months ago.

0 Users

DescriptionPm2b pour Plancher mixte bois-béton est une application qui permet la vérification d'un plancher mixte sous des charges ponctuelles et réparties. ProductionProgramme fichier calc (Open ... [More] Office) Rapport du projet Master 1 Université joseph Fourier Notice d'utilisation du programme Objectifs :Le projet a été proposé par Mr Marc Givry, architecte, sa demande est de créer un programme permettant de vérifier un plancher mixte bois-béton. L'objectif de notre projet est de réaliser un programme simple et ergonomique de calcul et de vérification d’un plancher mixte bois-béton. Le plancher mixte bois-béton :Ce type de planchers mixte est très utilisé en rénovation dans le cas de renforcement du plancher en bois existant pour lui permettre de reprendre des charges plus importantes. Dans la construction neuve, ces planchers permettent de réduire les poids totaux de la structure. Le principe est simple, il s'agit de coupler une structure de poutre en bois avec une fine dalle en béton. Cette technique permet d'obtenir un plancher très résistant et rigide tout en gardant l'aspect esthétique du bois. Les outils :Il existe bien entendu des logiciels permettant de calculer ce type de plancher, le problème c'est que pour parvenir à un résultat, il faut suivre un processus long et complexe. Dans notre cas celui-ci est inutile puisque la structure sera toujours du même type. D'autres applications sont disponibles par l'intermédiaire d'un tableur, elles sont très difficiles à utiliser dans un cadre de production. C'est dans cette optique que notre choix s’est porté sur la suite libre du logiciel Open Office avec son langage de programmation OOoBasic. Pour la partie calcul, nous avons eu recours à l'Eurocode 2 'béton' et l'Eurocode 5 'bois'. Modélisation :Tout d'abord, un plancher mixte bois-béton peut être assimilé à une poutre sur deux appuis dans un système isostatique. Ensuite, il faut identifier les différents paramètres qui interviennent dans ces planchers, ainsi que les hypothèses de calcul nécessaire à résoudre le problème. Résultats espérés :Le but est d'obtenir un programme avec une rapidité de prise en main conséquente. Un fichier tableur de la suite Open Office permettant d’obtenir une réponse à notre question que ce soit pour une vérification ou l'optimisation d’une poutre ou de connecteurs. [Less]
Created 12 months ago.

0 Users

Mobile Punchlist and Construction Management
Created 3 months ago.

0 Users

Mission: To create a Component Services Exchange which, in turn, creates very reasonable (and sometimes) extreme profits for Local Entrepreneurial Groups, especially Software Engineers. First, read ... [More] the 2-page Introduction at our web site: Strategic International Systems; then continue reading, as follows: A Component Services Exchange would continuously expand and contract as Store (or Industry) Services are committed to it by (1) each 1 of 1200 Generational Investment Groups of 40 Regulators -- that is, doing Store (or Industry) Analysis using the Unified Modeling Language, and a related tool, such as Argo UML -- in coordination with (2) each initial Employee Investment Group of 2 Workers (or Software Engineers) -- that is, doing Store (or Industry) Design using an Integrated Development Environment, such as the Google App Engine combined with the Eclipse IDE. In turn, each such Local Store (or Industry) Service would be installed into the Component Services Exchange, and would thereafter be ready to receive Product (or Service) Orders both locally and globally, as well as to distribute profits to both (1) 50%-Controlling Customer (or Bank) Owner-Voters, such as each Generational Investment Group of 40 Regulators (per Store), and (2) 50%-Controlling Employee (or Industry) Owner-Voters, such as the 2 Workers (or Software Engineers). For example, suppose that 1 Buyer within any given Neighborhood Web Site of 50,000 Customers (per Generation) creates a $48 Product (or Service) Order for a jacket using a Local Store (or Industry) Service in the Component Services Exchange. Immediately, 50% of its related 25% Annual Sales Commission (or $6) on that $48 Product (or Service) Order will flow to the 2 Workers (or Software Engineers) who created that Local Store (or Industry) Design -- that is, using the Business Process Engine of Strategic International Systems to track who created what objects locally (and globally) as Workers (or Software Engineers) hired by each Neighborhood Web Site of 50,000 Customers (per Generation). Likewise, the other 50% of this 25% Annual Sales Commission (or another $6) will flow to those 40 Regulators who created a Local Store (or Industry) Analysis, that is, using the Unified Modeling Language to create a User's Manual -- in support of these 2 Workers (or Software Engineers). As such, a $6 Annual Sales Commission on a $48 jacket sales order may not sound like much compensation but if the entire Neighborhood Web Site of 50,000 Customers decided to make that Local Store (or Industry) Service their 1 Group Store Selection for buying all jackets that year, which is inevitable given that those 50,000 Customers will only become 50%-Controlling Customer (or Bank) Owner-Voters by using a Local Store (or Industry) Service (as opposed to a global service), then these 2 Local Workers (or Software Engineers), as 50%-Controlling Employee (or Business) Owner-Voters of that Local Store (or Industry) Service, will receive $300K (or $150K each) on those 50,000 Product (or Service) Orders. Likewise, their related 40 Regulators, as 50%-Controlling Customer (or Bank) Owner-Voters, will receive the other $300K (or $7.5K each) for their related Local Store (or Industry) Analysis -- that is, doing UML to create a User's Manual for the Software Engineers to implement. As such, this income is very "reasonable" compensation for very "reasonable" effort for all those concerned, which can somewhat easily include all 100% of "the people" -- worldwide -- as described at the above web site. Why? Because all Members -- worldwide --are required to join (at least) 1 Generational Investment Group of 40 Regulators in order to do 1 Store (or Industry) Analysis, as well as to join (at least) 1 Employee Investment Group of 2 Workers to do 1 Store (or Industry) Design. As such, the key to reasonably high earnings as an Individual Entrepreneurial Owner within the Component Services Exchange is to track who created what 1 of 1200 Local Store (or Industry) Services, and related objects, using the Interdependent Business Process of the Component Services Exchange itself as a circular system. Furthermore, when this hundredfold-greater-integrated Local Store (or Industry) Analysis & Design is completed, then each Local Store(or Industry) Service -- worldwide -- will be compatible with the latest Tastes & Technologies of their related 1200 Industries (or Occupations), and therefore in compliance with the Business Process Engine of Strategic International Systems; otherwise, the Business Process Engine won't allow a Local Store (or Industry) Service to be installed into the Component Services Exchange; that is, without the approval of its related Industry (or Occupation) as "standards-compliant" -- that is, whatever those standards may be for each 1 of 1200 Industries (or Occupations). Why is this "standards-compliant" approval important? Because each Local Store (or Industry) Service, due to its compliance with its related Industry (or Occupation), can just as easily become the GLOBAL Store (or Industry) Service; that is, IF its Product (or Service) Orders are extremely "hot" (or innovative). That "hotness" will therefore override each local bias for using only the Local Store (or Industry) Service -- to contain profits locally -- in favor of using another REMOTE (or global) Local Store (or Industry) Service instead. This "hot" global service situation does occur occasionally (especially today), such as today's "hot" iPhone Product (or Service) from Apple, as opposed to any other "not so hot" cell phone service (at the moment). If so, the above profits from creating a Local Store (or Industry) Service, while extremely respectable, are nothing compared to becoming a "hot" Global Store (or Industry) Service like Apple iPhone -- that is, for a while, until there's another short-lived king-of-the-hill in any given Industry (or Occupation). Therefore, in this completely self-organizing and voluntary way, 1 "huge tree" (locally and globally) will be continuously created and pruned as the Component Services Exchange, which is merely a neutral facilitator and mediator of all these local and global services similar to today's stock market. [Less]
Created 4 months ago.

0 Users

SensoBygThe purpose of The SensoByg Project is to develop low-cost, reliable surveillance systems for the construction sector using embedded, wireless sensor technology and intelligent decision ... [More] support systems. The focus is on surveillance of moisture and temperature in the construction sector via wireless sensors. The CodeThis code is a contribution from the F1 sub-project where the goal is to develop a network/software-architecture supporting the SensoByg scenarios and their derived demands. It should also scale to general sensor-based surveillance systems used in the building industry. The result of the work done by F1 will be a state-of-the-art network and software architecture of sensors, databases, and interfaces to other systems, implemented in a generic SensoByg framework. [Less]
Created 12 months ago.