#Prota structure 2016 crack software

#Prota structure 2016 crack software

In this paper, 17 different software applications for Structural Engineering works are evaluated and compared to show their strengths and weaknesses. Most of these software applications have diverse and integrated functions, like modelling building structures of various materials, structural element analysis, geometrical error detections, and report output and graphical files. These tools make modelling, analysing, and design of structures much more efficient.

There are 2-Dimensional and 3-Dimensional tools and most Structural Engineers employ the uses of the 3-D analysis and design tools in their day-today tasks because of its ease to operate and graphical user interface. There are numerous software applications available to analyse and design massive projects in little time. Today, numerous design developments and enhancements arise which include structural design software which seeks to promote the capacity of a Structural Engineer to produce safe and sound designs especially when battling with complex building structures. Structural software applications help in the analysis, design and in some cases, detailing of structural members, while project management software applications have the capacity to plan, organize, and guide (control) resource tools and come up with resource estimates.

Architectural software applications are based on designing of interiors and exteriors, and planning. Software applications in Civil Engineering is usually classified into three types which are architectural, structural and management software applications. Structural analysis and design software tools are now aiding construction to accelerate their analysis, design, and construction processes. Taking numerous years to construct a building structure is a thing of the past. Advances in Civil Engineering and technological revolutions has empowered the construction firms to quicken the construction process and certifying strength and quality of the structures. A couple of years back, when personal computers and operating systems were in their emergent form, building planning and construction processes were very slow and strenuous. Science and Technology are closely related and go hand in hand, with each pollinating the other and bringing about an explosive collaboration. INTRODUCTION Today, technology is spreading in almost every aspect of human life, from social life, construction, business management, medical or engineering. However, some software application can execute general structural engineering works which makes them versatile but at the same time, quite complex to handle when compared with others. From the study, it was observed that different software applications have different functions and therefore, it is impossible to say one is better than the other. In this paper, 17 different Structural Engineering software tools were evaluated based on their functional strengths. There is a need to research the strength and weakness of some of these software tools to help structural engineers in the selection of the best application in their daily tasks. Majority of these software applications operate on certain criteria which makes them suitable for some projects and unsuitable for some.

There are confusions on the software to be used in the analysis and design of building structures as there are hundreds of Structural Engineering software applications in the world today.