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TMA 38/1 Usishkin Tel Aviv An existing building based on slabs on top of thick clay near the groundwater level (contrary to the standards and construction methods used today). The challenge: Creating a stable structure that resists cracking. The common method is to make deep piles in groundwater at a high cost. This is compared to a creative solution by a barge. The solution: The stiffening of the structure by tying all the elements of the structure in a barge to force a uniform behavior.

SPT Soil Drilling SPT (Standard Penetration Test) drilling and is intended for trial drilling and soil density testing. The drilling is carried out using a special drill consisting of a pipe and a hammer and a procedure of drilling and punching the insertion of the sample pipe, which allows conclusions to be drawn regarding the density of the sampled soil. SPT drilling The standard insertion drilling process, SPT drilling, is based on the use of a thick-walled sampling pipe, with an external diameter of 50.8 mm and an internal diameter of 35 mm, and a length of around 650 mm. This pipe is driven into the ground, at the bottom of the borehole, by blows from a 63.5 kg hammer with a swing of 760 mm (30 inches). The sampling pipe penetrates 150 mm into the ground and then the number of blows required for the pipe per 150 mm (6 inches) up to a depth of 450 mm (18 inches) is recorded. The sum of the number of blows required to penetrate the second and third 6 inches of penetration, c alled the “standard penetration resistance” or “N-value.” In cases where 50 blows are not enough to advance it 150 mm (6 inches) apart, the penetration is recorded after 50 blows. The blow count provides an indication of soil density, and is used in many empirical geotechnical engineering formulas. The SPT drilling procedure is recognized in international standards such as ISO 22476-3, ASTM D1586 and also the Australian Standard AS 1289.6.3.1. When and how much? The need for soil drilling in general and SPT drilling in particular, will be determined by the soil consultant based on the analysis of the needs and designations of the area. Among the considerations for choosing the SPT drilling method: 1. Accessibility of the sampling site (restricted access, electricity/water infrastructure, closed building, etc.). 2. The depth and diameter of the drilling, according to the planned construction Nat. 3. The type of land. 4. Designation of the tear and building plan. Of course, the more drillings are carried out, the richer information is obtained and which enables a more accurate and reliable decision to be made. However, the land consultant together with the constructor know how to optimize the layout of the drillings according to professional considerations and such as those listed above. Evaluation of standard insertion drilling products To enable an initial evaluation of the products of the drilling process using the SPT method, the following table is accepted:

Kfar Saba construction evacuation project Providing a second opinion for a residential building of a purchasing group and providing a solution for the successful completion of the construction both financially and during the execution. The challenge: On the site in question, sand was stolen and backfilling with waste was carried out. The solution given by the previous consultant was to make very deep and very expensive foundations which made the project uneconomical. The solution: Stabilization and hardening of the filling by a network of concrete columns. Founding the structure on a barge (raft).

Commercial building in Har Tuv industrial area A second opinion that led to a change in the execution method in two supporting walls and saved a lot of time while reducing costs by hundreds of thousands of shekels The challenge: Deep excavations of up to 20 m in problematic soil (marlstone), near buildings and active infrastructure. Aspiration to avoid permanent and temporary soil anchors. The solution: The solution included changing the anchors to nails on the first wall and turning the second wall into a graded wall instead of an anchor wall. A series of calculations and tests was performed to examine different support solutions using a software. Working closely with the customer (executive contractor) while examining alternatives and adapting them to the constraints and preferences of the customer. Making tiered rows of piles with horizontal connection of concrete floors and making permanent soil nails, as an alternative to permanent soil anchors.

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Private houses Commercial Public Buildings Infrastructures Residential projects "The project seemed unfeasible, the only one who found solutions to the soil problems was Yuger, saving millions" Shlomo Alfie, Neot Ahim construction What is creative engineering? At Yuger there is no problem that does not have a solution. Every project is thoroughly thought by the team that puts the customer's needs at the center, and finds, with the help of our extensive knowledge and experience, the most economical solution in time and money per project. Read more Who we are? For over 40 years, Yuger Engineers have specialized in providing soil consulting services to entrepreneurs, the largest and leading companies in Israel, the Israeli government (including the Ministry of Construction and the Ministry of Defense), municipalities and local councils. Our experience, creativity and innovation ensure that our customers will always receive an optimal solution that results in saving of costs and execution times. Read more Our customers Selected projects פיתוח שכונות בבית שמש פיתוח מספר שכונות בבית שמש על קרקע מורכבת ובעייתית לביסוס לפרויקט מבנה מסחרי א.ת.הרטוב חוות דעת שניה שהביאה לשינוי שיטת הביצוע בשני קירות תמך וחסכה זמן רב בביצוע תוך צמצום עלויות של מאות אלפי שקלים לפרויקט האוניברסיטה הפתוחה רעננה ביסוס מבנה האוניברסיטה הכולל חלק עילי ותת-קרקעי בקרקע מורכבת לפרויקט תמ"א 38/1 אוסישקין ת"א מבנה קיים המבוסס באמצעות פלטות על גבי חרסית שמנה סמוך למפלס מי תהום לפרויקט מתחם מגורים בארסוף בנית מתחם מגורים יוקרתי בראש המצוק החופי בארסוף לפרויקט נשר רמלה ביצוע מגוון פרויקטים בשטח מפעל המלט, כולל מסועים, גשרי צנרת, מבני תעשיה ועוד. לפרויקט Contact us More ways to get in touch: Anchor 1 Phone: 09-8911401 Email: office@engyuger.com Last Name phone First name mail adress message Send Thanks for getting in touch! We will reply as soon as possible