Cracks Font

[Andree Vandestreek]

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Feature papers represent the most advanced research with significant potential for high impact in the field. A Feature Paper should be a substantial original Article that involves several techniques or approaches, provides an outlook for future research directions and describes possible research applications.

Abstract: Lock-in vibrothermography has proven to be very useful to characterizing kissing cracks producing ideal, homogeneous, and compact heat sources. Here, we approach real situations by addressing the characterization of non-compact (strip-shaped) heat sources produced by open cracks and inhomogeneous fluxes. We propose combining lock-in vibrothermography data at several modulation frequencies in order to gather penetration and precision data. The approach consists in inverting surface temperature amplitude and phase data by means of a least-squares minimization algorithm without previous knowledge of the geometry of the heat source, only assuming knowledge of the vertical plane where it is confined. We propose a methodology to solve this ill-posed inverse problem by including in the objective function penalty terms based on the expected properties of the solution. These terms are described in a comprehensive and intuitive manner. Inversions of synthetic data show that the geometry of non-compact heat sources is identified correctly and that the contours are rounded due to the penalization. Inhomogeneous smoothly varying fluxes are also qualitatively retrieved, but steep variations of the flux are hard to recover. These findings are confirmed by inversions of experimental data taken on calibrated samples. The proposed methodology is capable of identifying heat sources generated in lock-in vibrothermography experiments. Keywords: crack characterization; lock-in vibrothermography; ultrasound-excited thermography; sonic-infrared; inverse problems; nondestructive testing

In a major crackdown on misleading food labels, and tasked with promoting public health and well-being, the Food Safety and Standards Authority of India (FSSAI) has approved an amendment to display nutritional information regarding total sugar, salt, and saturated fat in bold letters and a larger font size on packaged food labels. This decision was taken during the 44th meeting of the Food Authority under the chairmanship of Shri Apurva Chandra, Chairperson, FSSAI.

The amendment to the Food Safety and Standards (Labelling and Display) Regulations, 2020, seeks to empower consumers by making it easier for them to understand the nutritional value of the products they consume. With clearer labelling, consumers can make more informed and healthier choices.

This initiative is part of broader efforts to combat the rise of Non-Communicable Diseases (NCDs) in India. Clear and distinct labelling requirements will aid in the global fight against NCDs by promoting better dietary choices and public health.

The draft notification for the amendment will soon be released for public comment, inviting suggestions and objections. This step ensures transparency and public participation in the regulatory process.

The new regulations will require the per-serve percentage contribution to Recommended Dietary Allowances (RDAs) for total sugar, saturated fat, and sodium content to be highlighted in bold letters. This change falls under Regulation 2 (v) and 5(3) of the FSS (Labelling and Display) Regulation, 2020, which specifies the requirements for serving size and nutritional information on food product labels.

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Marble is typically laid out with the use of a concrete substrate. Problems such as an insufficient amount of concrete mix under the slabs or an uneven concrete base layout can cause marble damage over time. This error commonly happens on marble corners due to those places being the first and last spots contractors spread out the concrete mix.

Even when the concrete mixture is perfectly laid out, extended periods of time can cause the concrete to break down. This breakdown process speeds up when the marble continuously undergoes high pressure, such as when it is used for flooring. When the concrete deteriorates, the marble will not have proper support, causing breakage.

Daily household wear and tear on these surfaces is another common cause of marble imperfections. Something as small as a knife slipping when chopping on your cutting board can leave a small dent on your marble countertops. Even with all of these frustrating marble damages, repairs might be easier than you think.

Minor cracks or dents that could appear in your marble surface can be fixed in just a few steps. These tiny damages typically occur from daily kitchen usages and rough shoe soles. All you will need for this repair is a buffer and your study hands.

Even though many different buffers could work for this process, finding a marble buffer or polisher will be best for the most accurate results. These can be purchased at your local home supplies store or through multiple online selling platforms.

Before starting your buffering process, make sure your surface is wiped down and free of any food or dirt particles. Your polisher should come with specific instructions on the best way to level out your marble surface. Many instruction manuals recommend moving your buffer brush in a circular motion until your surface is smooth enough to meet your desired results.

Instead of cleaning off a break with water and soap, it is best to use acetone along the sides of the break. Using a nylon brush to apply the acetone will help remove extra marble particles on the breakage, keeping it clean for repair. The acetone will also allow for the repair filling to stick better to the cracked area. It is important to note that acetone has a strong odor that may cause headaches or dizziness when breathed in for an extended period of time. To stop these negative health effects upfront it is best to use a mask, wear gloves and take breaks when working directly with the chemical applied surface.

If the break is considered to be a hairline crack, it is best to use epoxy glue to disguise the fracture in the marble. Simply place a line of glue into the crack and wait for it to dry completely. Once dry, use a buffer or sandpaper to smooth out the glued area. Since most marble has a variegated color, the glue should be able to blend into the hairline break.

For larger breaks, it is best to use a stone adhesive or two-part liquid epoxy to fill in the crack. If enough room is present, push together the two slabs to form the smallest crack possible. If there is an overfill after the pushing process, wipe the extra filling off with a wet rag to save buffering time later. Just like the hairline break, wait for the filling to dry and smooth out the newly fixed surface. Once again the clear, transparent filling should blend in with your marble color to hopefully make it look untouched.

Start by obtaining your missing marble piece or purchasing a replacement piece of marble slab. Align this piece to your current marble to see how well it currently fits. If the marble does not line up, acquire marble dust with the same coloring from a local stone supplier. Mix this dust in with equal parts epoxy to create a matching color to fill in your marble accurately. Apply this mixture with a crafting stick or brush to the mismatched pieces and place them together. In the same fashion as a clean break, wipe off the excess mixture to decrease the time needed to smooth out the marble later.

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