Functional Assessment of BIM Methodology Based on Implementation in Design and Construction Company

Abstract

The paper presents new technology on polish market -BIM. Nowadays method of project management and construction did not change for many decades. Traditionally, all information were handed over in the form of flat drawings: sketches, graphics, technical drawings and nowadays in program generated visualizations. Documentation form has involved, but it was always twodimensional. Over last years, the new conception has raised, which base on changing the technology of design. BIM -Building Information Modeling is one the most latest and important technologies for architecture, civil engineering and construction management. Information are handed over in the form of three dimensional model which consists of separated models. They are characterized by parameters such as: mass, length, layer, level, phase of construction process when element is used or produced. In other words, they are ideal illustration of components, which are built in to building. This way the reliable virtual copy of building is created.

Managing Knowledge in A Building Information Modelling Context: A Case Study

“…BIM as a process can be foreseen as a virtual process that serves as the base element for the exchange of data between parties involved in the project Jankowski et al, [15] encompassing all aspects, disciplines and systems of a facility within a single virtual model, allowing all team members to collaborate more efficiently than traditional processes [13]. This means that BIM is the shared digital representation based on open standards of interoperability [16].…”

“…As the model is being created, team members are constantly refining and adjusting their portions according to project specifications and design changes to ensure the model is as accurate as possible before the project physically beginnings [13]. After the completion of the design, models will contain complete information of the geometry and data needed for the pricing, design, prefabrication and other procedures [15]. Most importantly, the foundations of BIM are laid on two pillars, communication and collaboration.…”

Research on Nonlinear Thinking of Landscape Architecture Design based on Computer-aided Parametric Model

“…Contemporary landscape architecture on the one hand to promote integration with the surrounding environment, the new location techniques at present more and more attention has been paid to, but this part of the building did not reach landscape architecture by proper design expected, inconsistent form and function, and even use the defects, the reason is lack of related research on the urban environment and the people behavior patterns and vision and strategies [5]. On the other hand, the complex morphology of the contemporary landscape architecture often make it must design with unique way of generation, the nonlinear science and especially is closely related to the contemporary digital generation and parametric technology, how to take appropriate technical design strategy the design read consistent, has become a topic worthy of study [6]. Now domestic landscape architecture examples often one-way linear thinking in design, although some examples shows more unique and varied shape effect, but is still not out of the traditional design methods and ways of thinking, are not out of the traditional technology and system support, in the form of often and landscape architectural value orientation of the original contrary.…”

Research on Complex Products based on Digital Layout Design and Simulation Modeling

“…The performance and reliability of the pipeline system performance is directly related to the product, and sometimes can become the key to the success of the influence on the product development. The United States GE Corp has carried on the summary to the failure of previous aircraft engines in the process of using, the real cause of the air parking incident, 50% because of damage to external pipes, wires, sensors or caused by the failure of the United States Navy; the annual cost of about 1 million 800 thousand people in the pipeline and cable troubleshooting or repairs [2][3]. A monthly average of two flight pipeline system fault; the United States Air Force Flight 43% is estimated with the piping system in accidents related to abnormal quality problems in statistics; Academy of China aerospace research product analysis report pointed out that the failure of piping system for a total failure more than 20%.…”