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Vanina Mazzillo

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Jul 13, 2024, 8:37:03 PM7/13/24

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Initially, visual interpretation of high-resolution 35-mm (1.38-inch) photographic images of the pavement surface was the primary means used to obtain the surface distress data. A national distress data collection contractor was hired to take the field measurements and interpret the images. The images provided a photographic record that can be reviewed and reinterpreted in the future. Circa 1994, the frequency of the distress surveys conducted by manual inspection of test sections by LTPP regional contractors in the field increased.

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To create a distress time history, data users are often faced with combining distresses from photographic and manual data collection methods. The limitations of each method of data collection must be recognized in interpreting combined data sets, particularly when illogical time series trends exist.

Transverse cracks can include cracks caused by low temperature or reflection cracking types of mechanisms. Since the LTPP program does not classify cracks by these distress mechanisms, users must make these interpretations. Hand-drawn distress maps, 35-mm (1.38-inch) photographs, and maps of distress surveys conducted prior to overlay may be useful in identifying these types of cracking mechanisms.

MON_DIS_PADIAS_AC:This table contains distress survey information for AC-surfaced pavements interpreted from 35-mm (1.38-inch) black-and-white photographs using an early version of the PADIAS software for data collected prior to April 1992. Work is underway to reinterpret the film with version 4.2 of the PADIAS software and store the information in the MON_DIS_PADIAS42_AC table.

MON_DIS_PADIAS42_AC:This table contains distress survey information for AC-surfaced pavements interpreted from 35-mm (1.38-inch) black-and-white photographs using version 4.2 of the PADIAS software.

MON_DIS_ PADIAS_CRCP:This table contains distress survey information for continuously reinforced PCC pavements interpreted from 35-mm (1.38-inch) black-and-white photographs using an early version of the PADIAS software for data collected prior to May 1991. Work is underway to reinterpret the film with version 4.2 of the PADIAS software and store the information in the MON_DIS_PADIAS42_CRCP table.

MON_DIS_PADIAS42_CRCP:This table contains distress survey information for continuously reinforced PCC pavements interpreted from 35-mm (1.38-inch) black-and-white photographs using version 4.2 of the PADIAS software.

MON_DIS_ PADIAS_JPCC:This table contains distress survey information for jointed PCC pavements interpreted from 35-mm (1.38-inch) black-and-white photographs using an early version of the PADIAS software for data collected prior to May 1992. Work is underway to reinterpret the film with version 4.2 of the PADIAS software and store the information in the MON_DIS_PADIAS42_JPCC table.

MON_DIS_PADIAS42_JPCC:This table contains distress survey information for jointed PCC pavements interpreted from 35-mm (1.38-inch) black-and-white photographs using version 4.2 of the PADIAS software.

Transverse profile measurements are taken using photographic and manual techniques. The photographic technique results in non-uniform spacing between profile points. The manual technique uses uniform 0.305-m (1-foot) spacing between profile points. As illustrated in figure 4, the transverse elevations are adjusted to a reference line through the endpoints so that the elevations of the endpoints are zero.

The LTPP regional offices are responsible for collecting manual transverse profile data for their region. The national data collection contractor that takes the photographic distress measurements also takes the photographic transverse profile measurements . Measurements are typically taken at 15.25-m (50-ft) intervals.

Transverse profile statistics, based on the photographic measurement method, are available for PCC-surfaced pavements. This is an interesting data source for those interested in ruts on PCC-surfaced pavements. Manual transverse profile measurements on PCC surfaces are not taken. In 2001, the LTPP program stopped the photographic interpretation of transverse profile measurements on PCC pavements.

MON_T_PROF_MASTER:This table contains information on the general characteristics of transverse profile measurement data, including date, measurement device, number of profiles measured, and measurement width. This is the parent table for all other tables stored in the MON_T_PROF_* submodule. One record is created in this table for each set of transverse profile measurements on a test section. The content of the DEVICE_CODE field in MON_T_PROF_MASTER indicates the type of measurement. A value of "P" indicates a photographic measurement; "D" indicates a manual dipstick measurement.

MON_T_PROF_DEV_CONFIG:This table contains information on equipment configuration settings used to capture, digitize, and interpret transverse profile measurements using the photographic and manual dipstick measurement methods. Note that transverse profile measurements based on the photographic method are obtained at the same time as the photographs for the film-based distress interpretations.

In June 2019, Elena Khurtova and I presented our artistic and teaching practice during the SISU Symposium in Tallinn. To do so, we developed a performative and spatial presentation, combining our own projects with our vast teaching photo archive, looking back at nine years of material experimentations with architecture students of several academies in The Netherlands.

For the 2019 experimental SISU Symposium in Tallinn we decided to give a presentation reflecting our teaching approach with materials, but also questioning the need to archive our development in teaching over the years. This invitation was an opportunity for us to gather and look back as a pause before moving forward. For some time already we were aware of the large quantity of images, photographs, snapshots, documentations that had been piling up in our hard drives. They kept on popping up through timelines of unsorted personal pictures, or if sometimes we were thorough enough to archive a finishing course, its documentation would vanish in a dedicated digital folder. To start we gathered our separate archives into one folder. Categories were defined, coupled to a linear time-based structure. Searching back was a very pleasant process, highlighted by many memories. Fun. Surprises. Repetition. Another grey day at the Rietveld. Young faces. Happy hands. Serious looks. Sometimes overcompensating youthfulness. Many haircuts.

A few years ago, I attended a book launch for a photography publication. The lecturer spoke at length about the format of the book, as it allows you to turn pages after pages, sequence after sequence. I was quickly annoyed at the self-indulgent evidence of such observations. Yet her words stuck with me. A book, two pages framed in dialogue, bound together in a fold, by glue or stitches.