halil zeyrek

halil zeyrek

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Apr 9

Wind flow around a multi-column steel structure analysed Çok sütunlu çelik bir yapının etrafındaki rüzgar akışı analiz edildi. #CFD #WindEngineering #StructuralEngineering #SteelStructures #EngineeringAnalysis #DesignVerification

BiXBiT_USA

BiXBiT_USA

@Bixbit_USA

Feb 23

Improper breaker sizing and weak coordination create conditions for cascading shutdowns and operational instability. ⚠️ Common oversights: ✅ Load miscalculation ✅ Inadequate redundancy ✅ Thermal impact on breaker performance Without coordinated protection logic and engineered load pathways, isolated faults can escalate into full-system interruptions. 🧩 BiXBiT USA designs electrical infrastructures with calculated redundancy layers and integrated monitoring for continuous visibility. 🏗️ When electrical systems are engineered with precision at the foundation, large-scale failures become avoidable events. ⚙️ 📈 Audit your electrical stack → info@BiXBiTUSA.io #BiXBiTUSA #PowerEngineering #MiningInfrastructure #OperationalRisk #ElectricalDesign #CriticalInfrastructure #PowerDistribution #IndustrialEngineering #SystemReliability #InfrastructureDesign #LoadManagement #RedundancyPlanning #ThermalManagement #EnergySystems #EngineeringAnalysis #MissionCritical #RiskMitigation

ᴅɴɪʟᴀɴ

ᴅɴɪʟᴀɴ

@dinushanilan

20 Jul 2025

🏢 Building Height Analysis: Advanced Cost Control & Structural Response Engineering 🏗️ Structural Optimization: • Multi-story vibration dimensional constraint management. 🌊 • Height-related stability utilization maximization. ⬆️ • Seismic response system integration methodology. 🌍 • Variable story-level design philosophy. 🏢 ⚙️ Technical Challenges: 🔴 Quantity Surveying: • Precise structural material quantification requirement. 📏 • Complex height variance measurement complexity. 📈 • 40% structural cost variance impact factor. 💰 • Standard design specification modification necessity. 📋 🚨 Project Management Trends: • 45% analysis timeline optimization driver. ⏱️ • Seismic compliance solution demand growth. 📊 • Stability assessment innovation requirement. 🔬 • 88% response prediction validation. ✅ 🔧 Project Implementation: • Height efficiency cost-benefit analysis. 💹 • Structural complexity assessment requirement. 🧮 • Design specification optimization opportunity. 📐 • Vibration control value measurement. 📳 --- #StructuralEngineering #BuildingHeight #SeismicResponse #CivilEngineering #StructuralAnalysis #VibrationControl #StructuralStability #ShakeTable #BuildingDesign #QuantitySurveying #MaterialTakeOff #CostEstimation #ProjectScheduling #ConstructionManagement #ProjectPlanning #MaterialSpecification #QualityControl #ConstructionTechnology #ProjectManagement #DataAnalysis #CostControl #StructuralOptimization #ConstructionSafety #HighRiseDesign #SeismicEngineering #StructuralDynamics #BuildingCodes #EngineeringAnalysis #StructuralTesting

0:15

671

Christiano - AstroAnimatorVFX

Christiano - AstroAnimatorVFX

@Chris_AstroVFX

11 Mar 2025

One of StarshipV2’s engines “RVac” did indeed experience a catastrophic failure “explosion”, most likely due to harmonic resonance, which appears to have originated within the new propellant feed lines. The exact mechanism—whether it led to cavitation or another form of instability—remains to be thoroughly analyzed. Harmonic resonance in fluid systems can amplify pressure oscillations, potentially exceeding structural limits and leading to failure. SpaceX engineers will need to conduct a detailed post-flight analysis, including reviewing telemetry, structural integrity data, and computational fluid dynamics (CFD) models to determine the root cause and implement necessary design refinements. #Starship #SpaceX #RocketScience #AerospaceEngineering #PropulsionFailure #HarmonicResonance #FluidDynamics #RocketEngines #Spaceflight #Faa #EngineeringAnalysis #FailureInvestigation #RocketTechnology #CFDAnalysis #AerospaceResearch #elonmusk #STEM #SpaceExploration #ScienceEngagement #EngineeringMatters #LaunchFailure #LessonsInEngineering #mishap #news

1:02

273

Taxsutra.com

Taxsutra.com @Taxsutra

13 Jul 2024

In a terse 2 page judgment, Calcutta HC follows ratio laid down by Apex Court in Engineering Analysis, affirms ITAT ruling to the extent that... Read more >> buff.ly/4bJuVIS #Taxsutra #tax #ITAT #supremecourt #engineeringanalysis

227

The Asrat Blog

The Asrat Blog

@RenaissanceDam

5 Feb 2024

Part two Title: The Unimaginable Disaster: The Aswan High Dam’s Potential Collapse or Bombing as Foreseen by US Studies The Aswan High Dam: a potential target for attack However, the Aswan High Dam is also a potential target for attack, as it is a vital strategic asset for Egypt, and a source of tension with some of its neighbors and rivals. The dam has been the subject of several threats and plots, both from within and outside Egypt, since its construction. In 1979, a group of Egyptian Islamic militants attempted to blow up the dam, but were arrested by the security forces before they could execute their plan. In 1981, Sadat was assassinated by another group of Islamic extremists, who opposed his peace treaty with Israel and his economic policies. Some of the conspirators had also planned to attack the dam, but were foiled by the authorities. In 1997, a Sudanese opposition group, backed by Egypt, claimed to have bombed the Merowe Dam in northern Sudan, which was under construction at the time, as a retaliation for Sudan's support for Islamic militants in Egypt. The Sudanese government denied the claim, and accused Egypt of trying to sabotage its development projects. In 2015, the Islamic State group, which had established a branch in Sinai, threatened to target the Aswan High Dam, as well as other strategic facilities in Egypt, as part of its campaign to overthrow the government and establish a caliphate. The group claimed responsibility for several attacks on security forces, churches, and tourists in Sinai and other parts of Egypt, but did not manage to reach the dam. In 2019, a report by the British newspaper The Telegraph revealed that Israel had considered bombing the Aswan High Dam in 1973, during the Yom Kippur War, as a last resort option, if Egypt had advanced further into the Sinai Peninsula. The report cited a former Israeli official, who said that the plan was discussed by the Israeli cabinet, but was rejected by Prime Minister Golda Meir, who feared the international backlash and the humanitarian consequences of such an attack. The Aswan High Dam: a scenario of catastrophe. A bomb attack or a dam failure could have catastrophic consequences for Egypt and the downstream countries, especially for Cairo, which depends on the Nile for its water supply, agriculture, and electricity. According to a simulation study by the U.S. Army Corps of Engineers, conducted in 1979, a dam breach would release about 55 billion cubic meters of water in the first 10 hours, creating a flood wave that would reach Cairo in 21 hours, and inundate most of the Nile valley. The study predicted that the dam failure would cause millions of deaths, massive displacement, and severe damage to infrastructure, agriculture and the environment. The study assumed that the dam would fail due to a large earthquake, which could cause cracks or ruptures in the dam's structure, or a landslide, which could trigger a wave that would overtop the dam. However, the study also acknowledged that the dam could fail due to other causes, such as sabotage, war, or poor maintenance. The study also noted that the dam's design and construction had taken into account the possibility of such events, and had incorporated safety features and contingency plans to prevent or mitigate the damage. The study estimated that the flood wave would have a height of 20 meters at the dam site, and would gradually decrease as it moved downstream, reaching 14 meters at Luxor, 9 meters at Asyut, 5 meters at Minya, and 3 meters at Cairo. The study also estimated that the flood wave would have a speed of 43 kilometers per hour at the dam site, and would slow down as it encountered resistance from the terrain, the vegetation, and the existing structures, reaching 25 kilometers per hour at Cairo. The study also estimated that the flood wave would have a width of 40 kilometers at the dam site, and would widen as it spread across the valley, reaching 100 kilometers at Cairo. The study predicted that the flood wave would cause widespread destruction and devastation along its path, sweeping away everything in its way, such as houses, bridges, roads, railways, power lines, irrigation canals, crops, and livestock. The study predicted that the flood wave would also cause extensive erosion and sedimentation, altering the topography and the hydrology of the valley. The study predicted that the flood wave would also cause severe environmental impacts, such as water pollution, soil salinization, loss of biodiversity, and increased disease transmission. The study projected that the flood wave would affect about 30 million people, who lived in the Nile valley at the time, and would cause about 10 million deaths, mostly due to drowning, injuries, and exposure. The study projected that the flood wave would also cause about 20 million people to be displaced, either temporarily or permanently, and would create a massive humanitarian crisis, requiring emergency relief and assistance. The study concluded that the high dam damage would be a disaster for the people of Cairo and the whole of Egypt, and would also have serious repercussions for the regional and international stability and security. The study recommended that the dam should be protected from any possible attacks or accidents, and that the countries involved should cooperate to ensure the peaceful and equitable management of the Nile water resources. The study also suggested that alternative sources of water and energy should be explored and developed, to reduce the dependence and vulnerability of Egypt and the downstream countries on the dam. The study warned that the scenario of a dam failure, although unlikely, should not be ignored or underestimated, as it could have unimaginable consequences for millions of people and the environment. Simulation of the Effects of the Aswan High Dam Failure, U.S. Army Corps of Engineers, 1979. #AswanHighDam #NileRiver #EgyptSafety #DamSafety #RiskOfFailure #EnvironmentalImpact #EngineeringAnalysis #DisasterPrevention #EmergencyPreparedness #SustainableWater #Ethiopia #Egypt

1,425

The Asrat Blog

The Asrat Blog

@RenaissanceDam

5 Feb 2024

Part one Title: The Unimaginable Disaster: The Aswan High Dam’s Potential Collapse or Bombing as Foreseen by US Studies The damage is so unimaginable if Egypt high dam hit by bomb or dam failure according to US study The Aswan High Dam is one of the world's largest embankment dams, which was built across the Nile in Aswan, Egypt, between 1960 and 1970. The dam provides water and electricity for millions of Egyptians, and regulates the river's flow, preventing floods and droughts. However, the dam is also a potential target for hostile forces, such as terrorists or rival states, who may seek to damage or destroy the dam by using bombs or missiles. A bomb attack or a dam failure could have catastrophic consequences for Egypt and the downstream countries, especially for the capital city of Cairo, which depends on the Nile for its water supply, agriculture, and electricity. According to a simulation study by the U.S. Army Corps of Engineers, a dam breach would release about 55 billion cubic meters of water in the first 10 hours, creating a flood wave that would reach Cairo in 21 hours, and inundate most of the Nile valley. The study predicted that the dam failure would cause millions of deaths, massive displacement, and severe damage to infrastructure, agriculture and the environment. Cairo would also face a water crisis, as the Nile water would be contaminated with mud and debris, making it unfit for drinking or irrigation. The city would also lose its main source of hydropower, which accounts for about 15% of Egypt's electricity generation. The loss of power would affect the functioning of hospitals, schools, businesses, and other essential services. The dam damage would also have long-term effects on the economy, health, and social stability of Cairo and the rest of Egypt. The recovery and reconstruction efforts would require huge financial and human resources, and the country would face food insecurity, water scarcity, and increased poverty. Therefore, the high dam damage would be a disaster for the people of Cairo and the whole of Egypt. The Aswan High Dam: a vital strategic asset The Aswan High Dam was built as part of Egypt's ambitious plan to industrialize and modernize the country, following the 1952 revolution that overthrew the monarchy and established a republic. The dam was designed by the Moscow-based Hydroproject Institute, and financed by the Soviet Union, after the United States and other Western countries withdrew their support due to political reasons. The dam was inaugurated in 1971 by President Anwar Sadat, who succeeded Gamal Abdel Nasser, the leader of the revolution and the main advocate of the dam project. The Aswan High Dam has a height of 111 meters, a length of 3,830 meters, and a width of 980 meters at its base. It impounds the River Nile, creating Lake Nasser, one of the largest artificial lakes in the world, with a surface area of 5,250 square kilometers, a maximum length of 550 kilometers, and a maximum depth of 130 meters. The dam has a total capacity of 132 billion cubic meters of water, which is equivalent to about two years of the Nile's flow. The dam also has 12 turbines, with a total installed capacity of 2,100 megawatts, which generate about 10,000 gigawatt-hours of electricity per year. The Aswan High Dam: a potential target for attack. However, the Aswan High Dam is also a potential target for attack, as it is a vital strategic asset for Egypt, and a source of tension with some of its neighbors and rivals. The dam has been the subject of several threats and plots, both from within and outside Egypt, since its construction. #AswanHighDam #NileRiver #EgyptSafety #DamSafety #RiskOfFailure #EnvironmentalImpact #EngineeringAnalysis #DisasterPrevention #EmergencyPreparedness #SustainableWater #Ethiopia #Egypt

8,870

IPM Professional Services

IPM Professional Services @IPMEnquiry

20 Jul 2023

🚧 Borehole - soil investigation for defect appraisal. 👷🏽‍♂️👷🏽‍♂️📋🔎 #IPMProfessionalServices #EngineeringConsultant #SoilInvestigation #DefectInspection #SoilCondition #DefectAssessment #BuildingInspection #ProfessionalEngineering #EngineeringAnalysis #SettlementProblem

ALT 🚧 Borehole - soil investigation for defect appraisal. 👷🏽‍♂️👷🏽‍♂️📋🔎 #IPMProfessionalServices #EngineeringConsultant #SoilInvestigation #DefectInspection #SoilCondition #DefectAssessment #BuildingInspection #ProfessionalEngineering #EngineeringAnalysis #SettlementProblem ***************************** 💻 Website: https://ipm.my/ 📩 Email: admin@ipm.my ☎ Call: 03-8066 7631 (Selangor/ Kuala Lumpur) ☎ Call: 07-355 5631 (Johor Bahru) 🔗 Facebook: https://www.facebook.com/IPMProfessionalServices/ 🔗 LinkedIn: https://www.linkedin.com/company/ipm-professional-services/

Greaves Cotton

Greaves Cotton @GreavesCottonIN

4 Jul 2023

#DidYouKnow Greaves Technologies leverages its exceptional CAE expertise like modeling, CFD, structural, linear, non-linear, durability, and crash to meet the diverse needs of industries. 💡✨ #GreavesCotton #GreavesTechnologies #CAEExpertise #EngineeringAnalysis #Innovation

589

IPM Professional Services

IPM Professional Services @IPMEnquiry

20 May 2023

🏢 Dealing with apartment’s land subsidence issue. 🔎🔎 #ipmprofessionalservices #engineeringconsultancy #structuralengineering #buildingdefect #landsubsidence #engineeringcalculation #engineeringanalysis

ALT 🏢 Dealing with apartment’s land subsidence issue. 🔎🔎 #ipmprofessionalservices #engineeringconsultancy #structuralengineering #buildingdefect #landsubsidence #engineeringcalculation #engineeringanalysis

Ehsan Haghighat

Ehsan Haghighat @EhsanHaghighat

2 Apr 2023

Paper alert: The authors propose a geometric surrogate model by parameterizing the solution domain using IGA -- nice work! A Framework for Physics-Informed Deep Learning Over Freeform Domains papers.ssrn.com/sol3/papers.… #MachineLearning #EngineeringAnalysis

1,123

Tax Scan

Tax Scan @tax_scan

21 Mar 2023

Income Tax Officer cannot By-Pass SC Decision in ‘Engineering Analysis’ by Review Petition filed by Dept: Delhi HC [Read Order] #IncomeTaxOfficer #IncomeTax #bypass #SCDecision #EngineeringAnalysis #DelhiHC #Taxscan #taxnews Read More: taxscan.in/income-tax-office…

589

PARAMCS Software Services LLP

PARAMCS Software Services LLP @paramcs

23 Feb 2023

We provide highly reliable process Automation Software Services. Paramcs Software Services LLP For More Information Contact Us- 91 9975648490 🌐 paramcs.com Email :- info@paramcs.com #paramcssoftwareservices #softwareservices #engineeringanalysis #cadservices

IPM Professional Services

IPM Professional Services @IPMEnquiry

14 Feb 2023

🪜 Data collection for existing roof’s engineering structure analysis! 🏭🧮🏭🧮 #IPMProfessionalServices #EngineeringAnalysis #StructureAnalysis #RoofStructure #LoadingCalculation #RoofLoading #StructuralEngineering #EngineeringConsultant #ProfessionalEngineering

🏁 "Success is the sum of small efforts, repeated day in and day out" ~ Robert Collier ✅

#ipmprofessionalservices #engineeringfirm #architectfirm #designconsultant #professionalconsultant #construction #buildthetomorrow #architectureengineering

ALT 🏁 "Success is the sum of small efforts, repeated day in and day out" ~ Robert Collier ✅ #ipmprofessionalservices #engineeringfirm #architectfirm #designconsultant #professionalconsultant #construction #buildthetomorrow #architectureengineering

115

PARAMCS Software Services LLP

PARAMCS Software Services LLP @paramcs

25 Jan 2023

We provide highly reliable process Automation Software Services. Paramcs Software Services LLP For More Information Contact Us- 7709793312 #paramcssoftwareservices #softwareservices #engineeringanalysis #cadservices #cadcamservices #systemintegrationservices #systemintegration

IPM Professional Services

IPM Professional Services @IPMEnquiry

9 Sep 2022

✌️ Engaged by JMB to conduct structural assessment and engineering analysis. 👷👷‍♀️ 💻 Website: ipm.my/ 📩 Email: admin@ipm.my ☎ Call: 03-8066 7631 / 07-355 5631 #EngineeringInspection #EngineeringConsultancy #StructuralInspection #EngineeringAnalysis

✌️ Engaged by JMB to conduct structural assessment and engineering analysis. 👷👷‍♀️

💻 Website: https://ipm.my/
📩 Email: admin@ipm.my
☎ Call: 03-8066 7631 / 07-355 5631

#EngineeringInspection #EngineeringConsultancy #StructuralInspection #EngineeringAnalysis

ALT ✌️ Engaged by JMB to conduct structural assessment and engineering analysis. 👷👷‍♀️ 💻 Website: https://ipm.my/ 📩 Email: admin@ipm.my ☎ Call: 03-8066 7631 / 07-355 5631 #EngineeringInspection #EngineeringConsultancy #StructuralInspection #EngineeringAnalysis

IPM Professional Services

IPM Professional Services @IPMEnquiry

1 Sep 2022

🕵️‍♂️🕵️ Engineering inspection for high rise condominium at Kuala Lumpur, Malaysia. 🏢💪 #IPMProfessionalServices #EngineeringInspection #EngineeringConsultant #StructuralInspection #StructuralEngineer #EngineeringAnalysis #CondoAssessment #BuildingAssess ipm.my/

ALT 🕵️‍♂️🕵️ Engineering inspection for high rise condominium at Kuala Lumpur, Malaysia. 🏢🏢💪💪 #IPMProfessionalServices #EngineeringInspection #EngineeringConsultancy #StructuralInspection #StructuralEngineer #EngineeringAnalysis #CondominumAssessment #BuildingAssessment ***************************** 💻 Website: https://ipm.my/ 📩 Email: admin@ipm.my ☎ Call: 03-8066 7631 (Selangor/ Kuala Lumpur) ☎ Call: 07-355 5631 (Johor Bahru) 🔗 Facebook: https://www.facebook.com/IPMProfessionalServices/ 🔗 LinkedIn: https://www.linkedin.com/company/ipm-professional-services/

NAFEMS

NAFEMS @NAFEMS

3 Jun 2022

Don't miss out on NRC22 UK⏳ You’ll experience 2 days of cutting-edge presentations, expert discussion sessions, training courses & workshops, all focused on #EngineeringAnalysis & #simulation, and all aiming to make you a better #engineer Register Today👉 ow.ly/tiwy50IXWnb

NAFEMS

NAFEMS @NAFEMS

22 May 2022

K Viswanathan

K Viswanathan @salemviswa

26 Nov 2021

@virmodello Technologies an ISO 9001:2015 Certified Co completes 3 succesful years. wish them all success. @CDIIC1 #3dmodelling #simulation #engineeringanalysis #productdevelopment #designvalidation #ar #vr #cad #cae #fea #cfd #aerodynamics #thermal #defence #iit #training