Opportunities nanoCAD SPDS Construction site in construction and reconstruction projects in cramped conditions

    We bring to your attention the article “Features of nanoCAD SPDS Construction site in construction and reconstruction projects in cramped conditions”. The article describes a practical example of using the nanoCAD SPDS program Construction site in the design of the underground passage through K. Marx Avenue in the historic center of Omsk. The main task to be solved during the implementation is to ensure security in the zone of intersection of Ch. Valikhanov Street and K. Marx Avenue. The task was repeatedly postponed due to the complexity of implementation.

    The media wrote: “A road collapse is expected in Omsk: authorities block Marx Avenue,” Omsk Mayor Vyacheslav Dvorakovsky said that the construction of an underground passage at the intersection of Chokan Valikhanov Street and Karl Marx Avenue is “inefficient and expensive” due to the large concentration of communications. However, the project was destined to take place, LLC “IdealStroy” St. Petersburg took over the implementation.

    The difficulties builders had to face:

    • the work needed to be carried out without blocking traffic along K. Marx Avenue, the main artery of the city;
    • a large amount of old underground utilities, residential buildings, infrastructure and pedestrian areas around the construction site.

    To reduce the time and minimize risks, it was decided to use the nanoCAD SPDS Construction Site software product when implementing PIC and PPR projects . Today, reconstruction and construction projects in cramped conditions are relevant for many cities of Russia and the CIS countries - we hope that our experience described in this article will be useful.



    Possibilities of nanoCAD SPDS Construction site in construction and reconstruction projects in cramped conditions.
    On a practical example of a project for the construction of an underground passage in a residential area



    Each projected object is implemented at a construction site. And the more intricate the building or structure, the more complicated the organization of space, where everything should be in due time, in its place and in the right amount. The quality of the facility being built and the time spent on construction depend on this. Magma-Computer Company releases the nanoCAD SPDS Construction Site program, which allows developing sections of PIC (construction organization projects), PPR (work design projects), TK (technological maps), HDD (horizontal directional drilling). The program is constantly expanding the boundaries of its application. At the moment, it works on any of three platforms: nanoCAD, AutoCAD, ZWCad, which allows it to be actively used throughout Russia, Kazakhstan, Ukraine and other countries.

    Program nanoCAD SPDS Construction site allows you to organize construction processes for a variety of objects: small buildings or structures; buildings designed in cramped urban environments; large-scale facilities designed for several stages and phases of construction. A tool such as the Project Manager will provide the collection of information from several dwg-files, combine it in a clearly built hierarchy of work. The works are created by the user or taken from the provided databases of the SSES and ENiR, they are assigned such characteristics as the dates of execution, the volume of work and units of measurement, the number of required workers. The various tabs of the Project Manager use a single list of works, but carry more detailed information about prices, equipment, and building materials.

    On the Technics tab, the equipment used is assigned to work in the Project Manager, and then placed on the drawings. Although it is possible and vice versa, we first draw a construction plan to assign the equipment from the project to work later. This relationship gives tangible advantages if you need to replace, for example, one tractor with another. The Replace position command throughout the project will reassign this position to all works, as well as replace all graphic displays of this technique in all drawings and in all dwg files related to this project.



    With each new version of nanoCAD SPDS Construction Site, the base of facilities is expanding more and more.

    And at the moment it contains the following types of construction equipment:

    • Capacity (tower, automobile, Pneumatic and crawler cranes)
    • Digger
    • dumping
    • pipelay
    • Piling
    • Equipment for drilling
    • Concrete mixing plants
    • Concrete-pumping
    • Avtopodemnuyu
    • Automotive
    • Motor Graders
    • Rollers
    • Asphalt
    • Forklifts
    • Setting HDD

    If this still kakogo- then there is no concrete crane or hoist, then this gap is easy to fill. Since nanoCAD SPDS Construction Site already includes the SPDS application, you can use the Object Wizard tool. It enables the user to replenish the existing database of parametric objects at any time independently. In addition to this developer is constantly updating the database at the request of users for free. All these additions to the database are available at spds.club.

    The Materials tab in the project manager is one of the new features of nanoCAD SPDS Construction site. Thanks to her, it is possible to assign the required materials to work. The position of the material can be taken from the provided database or create your own. It has all the necessary parameters in order to further calculate the area for warehousing and draw the recommended schemes for cargo storage. Also, these materials can be placed on the construction plan in the form of storage facilities, and their actual area will be taken into account by the project manager.





    Let's turn to practice. Using the example of the project “Construction of an underpass” in Omsk, we consider the creation of a construction plan and a technological map for driving a tongue and groove. Its complexity lies in the fact that the construction takes place on one of the central streets of the city with a high building density and existing communications, despite the fact that it was decided not to block the traffic on it.

    The list of works was divided into stages and captures, which later made it possible to create a work schedule or any other report for a specific stage. The organization, which is carrying out the construction of the crossing, decided that the Larsen-500 sheet pile will be driven by the self-made pile-setting installation “SVU-1”. Accordingly, to introduce this technique into the project, an object was created in the base of nanoCAD SPDS Construction Site.



    After assigning a pile-pressing installation and a tractor to the “Construction fencing of construction pits”, they were placed on the pit plan. Due to the limited space, the crane ways SVU-1 for each capture set differently. Which is displayed in the project sheets. Slopes, fences, existing and temporary buildings are also applied using nanoCAD SPDS Construction Site objects.





    Further, the table of symbols, the explication of buildings and structures are formed automatically. Based on the information from the project manager, a work schedule, a time schedule for the need for machines and mechanisms, and other reports are created, which significantly saves the time of the designer, who no longer needs to calculate them “by hand”.

    nanoCAD SPDS Construction siteit is focused on designing with parametric objects, following the regulatory documents of the Russian Federation as much as possible, but at the same time it has the flexibility to adapt to the requirements of enterprise standards and non-standard design conditions.



    About the company-developer, IC Insurance company "IdealStroy" (idealstroy.com). The company has been operating in the Russian market since 2013. Specialization - comprehensive improvement, construction of large, technically complex facilities.

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