#computationalengineering 검색 결과

NEW ISSUE: International Journal for Multiscale Computational Engineering! Vol 23, Issue 5 AI medical imaging with 91% cancer detection + revolutionary fluid dynamics cutting computation times! dl.begellhouse.com/journals/61fd1… #ComputationalEngineering #MedicalAI

JMC_journal's tweet image. NEW ISSUE: International Journal for Multiscale Computational Engineering! Vol 23, Issue 5
AI medical imaging with 91% cancer detection + revolutionary fluid dynamics cutting computation times!

dl.begellhouse.com/journals/61fd1…

#ComputationalEngineering #MedicalAI

NEW ISSUE: International Journal for Multiscale Computational Engineering! Vol 23, Issue 5 AI medical imaging with 91% cancer detection + revolutionary fluid dynamics cutting computation times! dl.begellhouse.com/journals/61fd1… #ComputationalEngineering #MedicalAI

BegellEngr's tweet image. NEW ISSUE: International Journal for Multiscale Computational Engineering! Vol 23, Issue 5

AI medical imaging with 91% cancer detection + revolutionary fluid dynamics cutting computation times!

dl.begellhouse.com/journals/61fd1…

#ComputationalEngineering #MedicalAI

Here is a transparent view of our Noyron TKL-5 thruster which we hot fired 3 weeks ago. It shows the intricate cooling channels and coaxial swirl injector head. #ComputationalEngineering

leap_71's tweet image. Here is a transparent view of our Noyron TKL-5 thruster which we hot fired 3 weeks ago. It shows the intricate cooling channels and coaxial swirl injector head. #ComputationalEngineering

Electric motors are a great field for #ComputationalEngineering

leap_71's tweet image. Electric motors are a great field for #ComputationalEngineering

Working on moving things with #Noyron.... #computationalengineering

leap_71's tweet image. Working on moving things with #Noyron.... #computationalengineering

5kN #KeroLOX thruster designed with our #ComputationalEngineering Model for #spacepropulsion

leap_71's tweet image. 5kN #KeroLOX thruster designed with our #ComputationalEngineering Model for #spacepropulsion

#ComputationalEngineering allows us to build new geometries for #ElectricMotors — output from our computational model for electromagnetic actuator EA/CEM.

leap_71's tweet image. #ComputationalEngineering allows us to build new geometries for #ElectricMotors — output from our computational model for electromagnetic actuator EA/CEM.

Family picture of rocket engines generated by RP/CEM our #ComputationalEngineering Model for space propulsion. The smallest one has 3.5kN. Made on @PicoGK our #opensource geometry kernel.

leap_71's tweet image. Family picture of rocket engines generated by RP/CEM our #ComputationalEngineering Model for space propulsion. The smallest one has 3.5kN. Made on @PicoGK our #opensource geometry kernel.

Super happy to continuing to work with @DubaiFuture Lab's on the development of #ElectricMotors and other products, using #ComputationalEngineering, based on our open-source geometry kernel, @PicoGK.


This #Aerospike rocket engine, designed by the #Noyron Large #ComputationalEngineering Model, is headed to the test stand. #LOX cooled. Excitement guaranteed.

leap_71's tweet image. This #Aerospike rocket engine, designed by the #Noyron Large #ComputationalEngineering Model, is headed to the test stand. #LOX cooled. Excitement guaranteed.

Deceptively simple from the outside, the inside is where all the action is in our computer-generated #aerospike engine. The central spike is cooled using cryogenic liquid oxygen and sits in the middle of the 3500°C hot exhaust squeezing by the throat. #ComputationalEngineering

linkayser's tweet image. Deceptively simple from the outside, the inside is where all the action is in our computer-generated #aerospike engine. The central spike is cooled using cryogenic liquid oxygen and sits in the middle of the 3500°C hot exhaust squeezing by the throat. #ComputationalEngineering

We love working on #turbomachinery using #Noyron, our Large #ComputationalEngineering Model. Driven by physics and engineering logic.

leap_71's tweet image. We love working on #turbomachinery using #Noyron, our Large #ComputationalEngineering Model. Driven by physics and engineering logic.

Do you feel up for turning difficult problems into a creative solution with state-of-the-art computational engineering? #ComputationalEngineering #AdvancedEngineering #TechInnovation #InnovativeDesign #EngineeringServices #innovationmservices Phone No: +1-949-287-8692

innovationms1's tweet image. Do you feel up for turning difficult problems into a creative solution with state-of-the-art computational engineering? 

#ComputationalEngineering #AdvancedEngineering #TechInnovation   #InnovativeDesign #EngineeringServices #innovationmservices

Phone No: +1-949-287-8692

The XRB-2E6 reference design is generated by the #Noyron Large #ComputationalEngineering Model without human intervention. It targets 2000 kN thrust with a full-flow staged combustion cycle running on MethaLOX.

leap_71's tweet image. The XRB-2E6 reference design is generated by the #Noyron Large #ComputationalEngineering Model without human intervention. It targets 2000 kN thrust with a full-flow staged combustion cycle running on MethaLOX.

We are continuing to build @Noyron_ai, our Large #ComputationalEngineering Model, which allows us to autonomously design complex technical devices without the use of human labor and computer aided design #CAD tools. #Computational #AI


Let's Design an aircraft in an afternoon — Chapter 7 of my ongoing book project Coding for Engineers is online, in which I dive into the design of #ComputationalEngineering Models, and how it allows us to work very differently than in traditional engineering. Check it out at:…

linkayser's tweet image. Let's Design an aircraft in an afternoon — Chapter 7 of my ongoing book project Coding for Engineers is online, in which I dive into the design of #ComputationalEngineering Models, and how it allows us to work very differently than in traditional engineering. Check it out at:…

Thank you to our friends at #MimoTechnik for creating great prints of our #heatexchangers designed through #ComputationalEngineering @NikonSLM

leap_71's tweet image. Thank you to our friends at #MimoTechnik for creating great prints of our #heatexchangers designed through #ComputationalEngineering @NikonSLM

We just won an award in the #3DPioneersChallenge for @PicoGK our open-source geometry kernel for #ComputationalEngineering. We built PicoGK for one of our first projects at LEAP 71 — a dual metal #3DPrinted #Aerospike rocket engine.


NEW ISSUE: International Journal for Multiscale Computational Engineering! Vol 23, Issue 5 AI medical imaging with 91% cancer detection + revolutionary fluid dynamics cutting computation times! dl.begellhouse.com/journals/61fd1… #ComputationalEngineering #MedicalAI

BegellEngr's tweet image. NEW ISSUE: International Journal for Multiscale Computational Engineering! Vol 23, Issue 5

AI medical imaging with 91% cancer detection + revolutionary fluid dynamics cutting computation times!

dl.begellhouse.com/journals/61fd1…

#ComputationalEngineering #MedicalAI

NEW ISSUE: International Journal for Multiscale Computational Engineering! Vol 23, Issue 5 AI medical imaging with 91% cancer detection + revolutionary fluid dynamics cutting computation times! dl.begellhouse.com/journals/61fd1… #ComputationalEngineering #MedicalAI

JMC_journal's tweet image. NEW ISSUE: International Journal for Multiscale Computational Engineering! Vol 23, Issue 5
AI medical imaging with 91% cancer detection + revolutionary fluid dynamics cutting computation times!

dl.begellhouse.com/journals/61fd1…

#ComputationalEngineering #MedicalAI

The XRB-2E6 reference design is generated by the #Noyron Large #ComputationalEngineering Model without human intervention. It targets 2000 kN thrust with a full-flow staged combustion cycle running on MethaLOX.

leap_71's tweet image. The XRB-2E6 reference design is generated by the #Noyron Large #ComputationalEngineering Model without human intervention. It targets 2000 kN thrust with a full-flow staged combustion cycle running on MethaLOX.

A procedural error during the startup phase exposed it to the high temperature flame of the torch igniter without running the regen cooling from the fuel. You test and learn. Testing procedures are now also output by the #Noyron Large #ComputationalEngineering Model.


Effective Biomedical System for Detecting, Tracking, and Preventing Asymptomatic Covid-19 Patients Non-Invasively Using IoT and Mixed Reality dl.begellhouse.com/journals/61fd1… #Covid-19 #BiomedicalResearch #ComputationalEngineering #DiseasePrevention

JMC_journal's tweet image. Effective Biomedical System for Detecting, Tracking, and Preventing Asymptomatic Covid-19 Patients Non-Invasively Using IoT and Mixed Reality

dl.begellhouse.com/journals/61fd1…

#Covid-19 #BiomedicalResearch #ComputationalEngineering #DiseasePrevention

Effective Biomedical System for Detecting, Tracking, and Preventing Asymptomatic Covid-19 Patients Non-Invasively Using IoT and Mixed Reality dl.begellhouse.com/journals/61fd1… #Covid-19 #BiomedicalResearch #ComputationalEngineering #DiseasePrevention

BegellEngr's tweet image. Effective Biomedical System for Detecting, Tracking, and Preventing Asymptomatic Covid-19 Patients Non-Invasively Using IoT and Mixed Reality

dl.begellhouse.com/journals/61fd1…

#Covid-19 #BiomedicalResearch #ComputationalEngineering #DiseasePrevention

Effective Biomedical System for Detecting, Tracking, and Preventing Asymptomatic Covid-19 Patients Non-Invasively Using IoT and Mixed Reality dl.begellhouse.com/journals/61fd1… #Covid-19 #BiomedicalResearch #ComputationalEngineering #DiseasePrevention

JMLMC1's tweet image. Effective Biomedical System for Detecting, Tracking, and Preventing Asymptomatic Covid-19 Patients Non-Invasively Using IoT and Mixed Reality

dl.begellhouse.com/journals/61fd1…

#Covid-19 #BiomedicalResearch #ComputationalEngineering #DiseasePrevention

Effective Biomedical System for Detecting, Tracking, and Preventing Asymptomatic Covid-19 Patients Non-Invasively Using IoT and Mixed Reality dl.begellhouse.com/journals/61fd1… #Covid-19 #BiomedicalResearch #ComputationalEngineering #DiseasePrevention

BegellHouse's tweet image. Effective Biomedical System for Detecting, Tracking, and Preventing Asymptomatic Covid-19 Patients Non-Invasively Using IoT and Mixed Reality

dl.begellhouse.com/journals/61fd1…

#Covid-19 #BiomedicalResearch #ComputationalEngineering #DiseasePrevention

Engineering is one of the strongest pillars of civilization. Accelerating progress in engineering is one of the biggest levers we can pull. #ComputationalEngineering


🌍 Explore cutting-edge research in geomechanics! We're featuring articles from #JMC special issue on multiscale & multiphysics computational modeling. Stay tuned for breakthroughs in FEM, DEM, CFD-DEM, & more! #Geomechanics #ComputationalEngineering 🔗ow.ly/tMec50UM4wZ

JMLMC1's tweet image. 🌍 Explore cutting-edge research in geomechanics! We're featuring articles from #JMC special issue on multiscale & multiphysics computational modeling. Stay tuned for breakthroughs in FEM, DEM, CFD-DEM, & more! #Geomechanics #ComputationalEngineering

🔗ow.ly/tMec50UM4wZ
JMLMC1's tweet image. 🌍 Explore cutting-edge research in geomechanics! We're featuring articles from #JMC special issue on multiscale & multiphysics computational modeling. Stay tuned for breakthroughs in FEM, DEM, CFD-DEM, & more! #Geomechanics #ComputationalEngineering

🔗ow.ly/tMec50UM4wZ

🌍 Explore cutting-edge research in geomechanics! We're featuring articles from #JMC special issue on multiscale & multiphysics computational modeling. Stay tuned for breakthroughs in FEM, DEM, CFD-DEM, & more! #Geomechanics #ComputationalEngineering 🔗ow.ly/uE0q50UM4w7

BegellHouse's tweet image. 🌍 Explore cutting-edge research in geomechanics! We're featuring articles from #JMC special issue on multiscale & multiphysics computational modeling. Stay tuned for breakthroughs in FEM, DEM, CFD-DEM, & more! #Geomechanics #ComputationalEngineering

🔗ow.ly/uE0q50UM4w7
BegellHouse's tweet image. 🌍 Explore cutting-edge research in geomechanics! We're featuring articles from #JMC special issue on multiscale & multiphysics computational modeling. Stay tuned for breakthroughs in FEM, DEM, CFD-DEM, & more! #Geomechanics #ComputationalEngineering

🔗ow.ly/uE0q50UM4w7

🌍 Explore cutting-edge research in geomechanics! We're featuring articles from #JMC special issue on multiscale & multiphysics computational modeling. Stay tuned for breakthroughs in FEM, DEM, CFD-DEM, & more! #Geomechanics #ComputationalEngineering 🔗ow.ly/h3q850UM4vb

BegellEngr's tweet image. 🌍 Explore cutting-edge research in geomechanics! We're featuring articles from #JMC special issue on multiscale & multiphysics computational modeling. Stay tuned for breakthroughs in FEM, DEM, CFD-DEM, & more! #Geomechanics #ComputationalEngineering

🔗ow.ly/h3q850UM4vb
BegellEngr's tweet image. 🌍 Explore cutting-edge research in geomechanics! We're featuring articles from #JMC special issue on multiscale & multiphysics computational modeling. Stay tuned for breakthroughs in FEM, DEM, CFD-DEM, & more! #Geomechanics #ComputationalEngineering

🔗ow.ly/h3q850UM4vb

"#computationalengineering"에 대한 결과가 없습니다

NEW ISSUE: International Journal for Multiscale Computational Engineering! Vol 23, Issue 5 AI medical imaging with 91% cancer detection + revolutionary fluid dynamics cutting computation times! dl.begellhouse.com/journals/61fd1… #ComputationalEngineering #MedicalAI

BegellEngr's tweet image. NEW ISSUE: International Journal for Multiscale Computational Engineering! Vol 23, Issue 5

AI medical imaging with 91% cancer detection + revolutionary fluid dynamics cutting computation times!

dl.begellhouse.com/journals/61fd1…

#ComputationalEngineering #MedicalAI

Electric motors are a great field for #ComputationalEngineering

leap_71's tweet image. Electric motors are a great field for #ComputationalEngineering

Working on moving things with #Noyron.... #computationalengineering

leap_71's tweet image. Working on moving things with #Noyron.... #computationalengineering

5kN #KeroLOX thruster designed with our #ComputationalEngineering Model for #spacepropulsion

leap_71's tweet image. 5kN #KeroLOX thruster designed with our #ComputationalEngineering Model for #spacepropulsion

NEW ISSUE: International Journal for Multiscale Computational Engineering! Vol 23, Issue 5 AI medical imaging with 91% cancer detection + revolutionary fluid dynamics cutting computation times! dl.begellhouse.com/journals/61fd1… #ComputationalEngineering #MedicalAI

JMC_journal's tweet image. NEW ISSUE: International Journal for Multiscale Computational Engineering! Vol 23, Issue 5
AI medical imaging with 91% cancer detection + revolutionary fluid dynamics cutting computation times!

dl.begellhouse.com/journals/61fd1…

#ComputationalEngineering #MedicalAI

Here is a transparent view of our Noyron TKL-5 thruster which we hot fired 3 weeks ago. It shows the intricate cooling channels and coaxial swirl injector head. #ComputationalEngineering

leap_71's tweet image. Here is a transparent view of our Noyron TKL-5 thruster which we hot fired 3 weeks ago. It shows the intricate cooling channels and coaxial swirl injector head. #ComputationalEngineering

#ComputationalEngineering allows us to build new geometries for #ElectricMotors — output from our computational model for electromagnetic actuator EA/CEM.

leap_71's tweet image. #ComputationalEngineering allows us to build new geometries for #ElectricMotors — output from our computational model for electromagnetic actuator EA/CEM.

This #Aerospike rocket engine, designed by the #Noyron Large #ComputationalEngineering Model, is headed to the test stand. #LOX cooled. Excitement guaranteed.

leap_71's tweet image. This #Aerospike rocket engine, designed by the #Noyron Large #ComputationalEngineering Model, is headed to the test stand. #LOX cooled. Excitement guaranteed.

Family picture of rocket engines generated by RP/CEM our #ComputationalEngineering Model for space propulsion. The smallest one has 3.5kN. Made on @PicoGK our #opensource geometry kernel.

leap_71's tweet image. Family picture of rocket engines generated by RP/CEM our #ComputationalEngineering Model for space propulsion. The smallest one has 3.5kN. Made on @PicoGK our #opensource geometry kernel.

We love working on #turbomachinery using #Noyron, our Large #ComputationalEngineering Model. Driven by physics and engineering logic.

leap_71's tweet image. We love working on #turbomachinery using #Noyron, our Large #ComputationalEngineering Model. Driven by physics and engineering logic.

Partnering up with #Astack in Shanghai to bring #ComputationalEngineering to #China - strategic collaboration between 上海集栈科技有限公司 and @leap_71

leap_71's tweet image. Partnering up with #Astack in Shanghai to bring #ComputationalEngineering to #China - strategic collaboration between 上海集栈科技有限公司 and @leap_71

Do you feel up for turning difficult problems into a creative solution with state-of-the-art computational engineering? #ComputationalEngineering #AdvancedEngineering #TechInnovation #InnovativeDesign #EngineeringServices #innovationmservices Phone No: +1-949-287-8692

innovationms1's tweet image. Do you feel up for turning difficult problems into a creative solution with state-of-the-art computational engineering? 

#ComputationalEngineering #AdvancedEngineering #TechInnovation   #InnovativeDesign #EngineeringServices #innovationmservices

Phone No: +1-949-287-8692

Check out our gallery that we just put up. #ComputationalEngineering built on @PicoGK leap71.com/gallery/

leap_71's tweet image. Check out our gallery that we just put up. #ComputationalEngineering built on @PicoGK 

leap71.com/gallery/
leap_71's tweet image. Check out our gallery that we just put up. #ComputationalEngineering built on @PicoGK 

leap71.com/gallery/
leap_71's tweet image. Check out our gallery that we just put up. #ComputationalEngineering built on @PicoGK 

leap71.com/gallery/
leap_71's tweet image. Check out our gallery that we just put up. #ComputationalEngineering built on @PicoGK 

leap71.com/gallery/

Support for Vector Fields coming to @PicoGK v1.5 #ComputationalEngineering

linkayser's tweet image. Support for Vector Fields coming to @PicoGK v1.5 #ComputationalEngineering

Thank you to our friends at #MimoTechnik for creating great prints of our #heatexchangers designed through #ComputationalEngineering @NikonSLM

leap_71's tweet image. Thank you to our friends at #MimoTechnik for creating great prints of our #heatexchangers designed through #ComputationalEngineering @NikonSLM

My book project Coding for Engineers is continuing. I just added the 5th chapter introducing the concept of Inheritance. Engineers need to learn how to encode their knowledge into #ComputationalEngineering Models. The best way to out-innovate the challenges of our times.…

linkayser's tweet image. My book project Coding for Engineers is continuing. I just added the 5th chapter introducing the concept of Inheritance. Engineers need to learn how to encode their knowledge into #ComputationalEngineering Models. The best way to out-innovate the challenges of our times.…

#manifolds are hard to design for a human, and just take seconds using a #ComputationalEngineering Model. Note the #teardrop-shaped cross section which make the tubes #3dprintable - made with @PicoGK

leap_71's tweet image. #manifolds are hard to design for a human, and just take seconds using a #ComputationalEngineering Model. Note the #teardrop-shaped cross section which make the tubes #3dprintable - made with @PicoGK

Deceptively simple from the outside, the inside is where all the action is in our computer-generated #aerospike engine. The central spike is cooled using cryogenic liquid oxygen and sits in the middle of the 3500°C hot exhaust squeezing by the throat. #ComputationalEngineering

linkayser's tweet image. Deceptively simple from the outside, the inside is where all the action is in our computer-generated #aerospike engine. The central spike is cooled using cryogenic liquid oxygen and sits in the middle of the 3500°C hot exhaust squeezing by the throat. #ComputationalEngineering

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