Browse our gallery of free construction pictures from Burst. Our collection includes workers doing repairs, building on scaffolding and using cranes and other equipment. Download a photo for free and use it in your next commercial project.

On the construction site, a set of building tools and protective clothing are essential. So in our collection of construction tools clipart images, you will find everything you need for construction, including hammer clip art, saw, pliers, drill, screwdriver, toolbox artworks, etc.


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This building tools clipart will come in handy for your colorful school posters, planner stickers, wall decals, printable art, scrapbooking, invitations, and other craftwork. Also, you can download our cute little girl construction worker and little boy constructor artworks.

Use our tools clipart images in your children's construction posters and various projects. Build your products and make creative crafts featuring a stunning selection of building tools every worker is happy to have.

Do not want to control the number of your sales featuring graphics by Digital Art Dreams? Do not want to keep a record of images for which you have obtained a No Credit License? Get a special Commercial License for ALL graphics made by Digital Art Dreams.

NIBIB-funded researchers have developed an image reconstruction technique to more efficiently triage patients who present with symptoms of a stroke. This CT-based method can be used to rule out the presence of a hemorrhage; to find the site of the blood clot; and to identify the extent of damaged brain tissue. Such a technique could significantly shorten the time from the diagnosis of a stroke to the start of endovascular therapy, and could also guide the endovascular treatment. Following evaluation in animal models, researchers plan to validate this CT imaging technique in human studies.

With OpenSpace reality site capture, your site is completely documented, all the time. Stay on top of progress, verify work-in-place, improve coordination, and reduce risk with tools like BIM Compare and Split View, and products like AI-powered OpenSpace Track.

Accurately defined set of bed boundaries i.e. an earth model from high resolution logs is essentially required to be used in combination with a set of forward models for the low resolution logging tools to perform an inversion for thin bed evaluation. Deep water Tertiary reservoirs of Krishna Godavari basin are generally very complex and heterogeneous, ranging from massive thick sands to highly laminated very thin sand/shale sequences beyond the vertical resolution of microresistivity-imaging tool. Thin bed evaluation based on inversion results are far from reality if one attempts to establish earth-model geometry using conventional threshold technique from static image data that cannot resolve all the beds. When beds are beyond resolution of the tool, use of a single cut off for identification of shale/sand masks the effect of minor lithology and makes the majority of beds appearing as thick and homogeneous. Borehole images on dynamic processing reveal that the formations appearing to be thick and homogeneous on static images, are actually laminated and quite heterogeneous as seen on conventional core photographs. New approach for construction of earth model is based on dynamic processing, in which the image contrast is normalized in a moving window, sharpens the image and makes very thin laminations visible. Sand shale laminations appearing as shaly sands due to vertical averaging effect are converted back to their clean counter parts by applying variable threshold on average pad resistivity curve. Variable thresholds are constrained in such a way that cumulative sand/shale thickness/volume matches with the integrated sand/shale volume curve derived from static image of the tool. This makes integrated use of high resolution data where net sand/shale computations from static and dynamic bore hole images are corroborated with each other. Entire procedure is illustrated with an example well where reservoir section is completely cored.

Accurate and safe measurement of actual pay items placed is a critical step in the timely completion of a construction project. Currently this is an entirely manual process, with substantial risk to personnel as well as for human error. Thus, the ability to remove personnel from this hazardous environment and to reduce the chance for error is desirable. Image-based technology offers an opportunity to do both.

PIM is intended to generate orthophotos for measurements on a planar surface and take measurements of pay items from that orthophoto. This instructional video provides general image collection guidelines for aerial photographs that yield high-quality orthophotos and an accurate measurement. Guidelines here include an explanation of the process of how to collect suitable high-quality aerial images, which is a critical step for successful orthophoto construction. Several examples are included in the technical report Image-Based Collection and Measurements for Construction Pay Items that demonstrate the characteristics of high-quality image sets that will be successful, as well as image sets that will not. This customized PIM tool package will be most useful, and accurate, when the user guidelines are followed.

The PixStar high-resolution ultrasonic imaging service takes high-quality images in oil- and water-based mud, giving operators the information to make informed drilling decisions in real time. The logging-while-drilling (LWD) service measures borehole sizes and shapes, showing fractures, faults, and more.

Fluoroscopy differs from most other X-ray imaging in that the images produced appear in real-time, allowing evaluation of dynamic biological processes and guiding interventions. Electronic fluoroscopy systems create this perception by capturing and displaying images at a high frame rate, typically 25 or 30 frames per second. At these frame rates, the human visual system cannot distinguish frame-to-frame variation and motion appears to be continuous, without visible flicker. To achieve high frame rates while keeping cumulative radiation dose to a reasonable level, the radiation dose to the image receptor per image (i.e., per frame) must be kept quite low, about 0.1% of the dose used in radiography.

Fluoroscopic images appear with an inverted grayscale (black/white is reversed) compared with standard radiographs. This convention is derivative of the appearance of the early non-intensified fluoroscopic screens, and it has been retained in the digital age even though the capability now exists to digitally reverse the grayscale.

The newest systems have 3D imaging capability, achieved by spinning the C-arm around the patient and performing a tomographic reconstruction to produce a volumetric image data set. This is sometimes referred to as cone beam CT (CBCT), while in angiographic mode it is known as 3D rotational angiography. Systems designed for vascular/interventional radiology and cardiology/electrophysiology have sophisticated fluoroscopic capabilities, including variable frame rate, automatic beam filtration and advanced image post-processing. Finally, the mobile C-arm configuration is popular in the surgical suite and for office-based procedures in musculoskeletal radiology, orthopedics, urology, gastroenterology and pain management among others. Mobile C-arms are often small inexpensive systems, but some are available with higher-power X-ray sources that have the ability to produce substantial radiation output levels.

The flexibility of our markup tools allow for the creation of fully customizable symbols to be saved in the Tool Chest as your very own tool set. Here, your saved symbols are at your fingertips to use and reuse. Browse our selection, or create your own.

Use Profiles to shape the user interface of Revu to your needs. Profiles control which toolbars and tools you see, which tool sets are displayed and the overall layout of your Revu interface. View our pre-made selection.

Over the past few years, new technology has changed the way both general contractors and subcontractors approach the project lifecycle. AI tools can help construction companies streamline workflows, improve decision-making processes, and enhance communication.

AI construction software refers to a category of technological tools and solutions that use artificial intelligence (AI) to optimize various functions of the construction industry. These software applications leverage machine learning, data analytics, and automation to enhance efficiency, accuracy, safety, and decision-making throughout the construction lifecycle. ?

By analyzing vast amounts of project data and patterns, AI construction software can provide valuable insights, predictions, and recommendations to stakeholders, helping them make informed choices and streamline operations.

Ultimately, AI construction software aims to revolutionize the industry by harnessing the power of artificial intelligence to overcome challenges, reduce cost overruns, increase productivity, and create safer and more efficient construction processes.

Look for AI construction software with features geared toward project planning, scheduling, resource allocation, and risk analysis, as these directly impact project timelines and deliverables. Plus, robust support and training options are essential for maximizing software utilization, enabling your team to harness its full potential.

ClickUp stands as an innovative software that has set a new benchmark in project management and productivity for construction management professionals. Leveraging ClickUp AI, this platform has revolutionized how construction projects are planned, executed, and monitored.

Finally, ClickUp caters to the unique needs of the construction industry. It integrates seamlessly with Building Information Modeling (BIM) tools and has a ready-made ClickUp Construction Management Template to get started.

OpenSpace.ai stands as a pioneering AI construction software, redefining data analysis in preconstruction with its exceptional range of features. It has documented over 750 million square feet of construction space, solidifying its position as an industry leader. 006ab0faaa

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