#اطلاع_رسانی
#معرفی_موقعیت_تحصیلی
#پستداک
#مکانیک
#شیمی
#اسپانیا
اعلام چندین پوزیشن پستداک در حوزه 𝗖𝗹𝗲𝗮𝗻 𝗠𝗼𝗯𝗶𝗹𝗶𝘁𝘆 & 𝗧𝗵𝗲𝗿𝗺𝗼𝗳𝗹𝘂𝗶𝗱𝘀 از طرف دانشگاه پلی تکنیک والنسیا که عموما شامل سه موضوع تحقیقاتی زیر است:
✅ Experimental Characterization of Thermal Runaway: Advanced sensing & gas venting analysis
✅ High-Speed Optical Diagnostics: Real-time analysis of thermal runaway
✅ Multi-Scale Modeling of Thermal Runaway Propagation in next-generation batteries
شرایط احراز:
- Postdoctoral researchers (up to 8 years after PhD) from any country
Mobility rule: You must not have resided or carried out your main activity in Spain for more than 12 months in the last 3 years (prior to the deadline).
- We require a background (PhD) in either Chemical, Chemical engineer or Mechanical engineer.
- Experience on tribology, lubricants, analytical techniques applied to lubricants and e-fluids.
- Experience performing original research, demonstrated through a record of invention, original publications in top-tier journals, and conference papers and presentations.
- Experience in device design and experimental characterization.
- Candidates should have strong language skills in English language.
مهلت ثبت نام:
📅 Official submission deadline: September 10, 2025
📩 Expressions of interest must be submitted before March 21, 2025
ثبت نام و نحوه اقدام: از طریق لینک زیر
https://www.cmt.upv.es/#/fellowshipspostdoc
@comsol_shs

Happy Valentine's Day. From our heart to yours. 💙

Our Living Heart Human Model is a high-fidelity multiphysics model of a healthy, 4-chamber adult human heart and proximal vasculature. The Living Heart can readily be used to study cardiac defects and diseased states and explore treatment options. Model attributes can be modified or redefined entirely, including the geometry, loads and boundary conditions, and material properties. Medical devices can be inserted into the model to study their influence on cardiac function, to validate their efficacy, and to predict their reliability under a wide range of operating conditions.

The Living Heart Human Model was developed within the Living Heart Project, a translational initiative to advance the use of simulation in the delivery of safe and effective cardiovascular devices and clinical treatments.
@comsol_shs

❤️ 🫀If hearts are on your mind this Valentine's Day, check out this biventricular cardiac model. Fibers are used to model a large deformation of the myocardium, and Aliev–Panfilov equations are included to model the cardiac excitation.
Get the model here:
https://www.comsol.com/model/biventricular-cardiac-model-103071
@comsol_shs

#معرفی_موقعیت_تحصیلی
#دکترا
#فرانسه
#مکانیک
اعلام یک پوزیشن دکترا با عنوان
Numerical and experimental study of large hydrodynamic bearings under severe operating conditions
توسط انستیتو Pprime زیرمجموعه دانشگاه پواتیه
شرایط احراز و نحوه اقدام به شرح متن آگهی
@comsol_shs

#موقعیت_شغلی
#سوئد
#مکانیک
فراخوان استخدام کمپانی Scania برای جذب یکنفر FEM Simulation Engineer
شرایط احراز، ثبت نام، و ارسال رزومه از طریق لینک زیر:
https://jobs.scania.com/job/S%C3%B6dert%C3%A4lje-FEM-Simulation-Engineer-151-38/1172031101/?from=email&refid=24410040001&utm_source=J2WEmail&source=2&eid=208001-202513170813-29381580501&locale=en_US
@comsol_shs

#معرفی_موقعیت_تحصیلی
#دکترا
#کانادا
#مکانیک
#هوافضا
#شیمی
#نفت

PhD Opportunities for Female Candidates in Complex Flows – Université Laval (Canada) at the Laboratory of Complex Fluids Research (LCFR)
شرایط احراز و نحوه اقدام به شرح متن آگهی
@comsol_shs

Zooming in on a Compact Camera Module Design with Simulation

Compact camera modules (CCMs) are ubiquitous these days. As CCM-equipped products such as smartphones rapidly evolve, CCMs must also keep improving. To ensure that these small but powerful optical devices can produce clear images within cost and spatial constraints, engineers can analyze CCM performance with optical ray-tracing simulation.

Follow the link to learn about CCM design and explore a tutorial model:
https://www.comsol.com/blogs/zooming-in-on-a-compact-camera-module-design-with-simulation
@comsol_shs

Simulation Aids in Product Development and Design Across Industries

In this article on Machine Design, we discuss real-world examples of how modeling and simulation is being used to automate the testing of a rotor, improve benchmark ionization gauge designs, and virtually predict speaker performance.
Read it here:
https://buff.ly/3X09dM7
@comsol_shs

Model Variations of a Comb-Drive Tuning Fork Rate Gyroscope

MEMS gyroscopes help machines and devices orient themselves. In this blog post, we look at 3 comb-drive tuning fork rate gyroscope models, highlighting:

✅ The benefits of equation-based modeling
✅ How modeling can capture the impact of manufacturing variations
✅ The use of a mixed element formulation in design

Read the blog post here:
https://www.comsol.com/c/go02
@comsol_shs

Surrogate Modeling Theory

Looking to take your surrogate modeling skills to the next level? Check out our Surrogate Modeling Theory course. This 10-part course provides an in-depth discussion of deep neural network (DNN), Gaussian process (GP), and polynomial chaos expansion (PCE) surrogate models.

Learn more and begin the course here:
https://www.comsol.com/c/gnrq
@comsol_shs

Designing ESD-Safe Electronic Components

The same electrostatic discharge (ESD) that causes static electricity and lightning can also cause severe damage to electronic devices. Numerical simulation provides a way to accurately model and optimize device designs and simulate ESD testing. ⚡️ Learn more from the microchip modeled in this blog post:
https://www.comsol.com/blogs/designing-esd-safe-electronic-components
@comsol_shs

Using Simulation Across the Hydrogen Value Chain

COMSOL Multiphysics can reduce the time and cost of hydrogen technology development regardless of where your work falls in the value chain. Watch this archived webinar to learn more about how the software can be used along the value chain:
https://www.comsol.com/c/gnrg
@comsol_shs

#وبینار
Introduction to Uncertainty Quantification

Join us Wednesday, February 26, at 2 p.m. GMT for an introduction to the Uncertainty Quantification Module. We will discuss the statistical and probabilistic methods available in the module to help you understand how input uncertainty will affect final design performance.

Knowing the impact of model uncertainty helps you make more informed decisions and create optimized designs. Register here:
https://www.comsol.com/c/glw8
@comsol_shs

مهندس همیشه دست به آچار نیست. گاهی دست به قلم است، گاهی دست به نقشه، گاهی هم دست به ماوس...در مواقعی هم مشغول کاغذبازی های اداری و رسمی! اما، هیچیک از چنین فعالیت های روزمره ایی که تنها بازتابی از نوع کاریست که یک مهندس عهده دار آنست، ناقض روحیه و طرز فکر تحلیلی و حسابگرانه یک مهندس نیست!
در هرکجا، در هر لباس، و با هر ابزار کاری در دست، روز مهندس مبارک!💝
@machinerylubrication

#اطلاع_رسانی
#موقعیت_شغلی
#کارشناسی_ارشد
#اسپانیا
#مکانیک
#شیمی
#متالورژی
#مهندسی_پزشکی
اعلام نیاز شرکت BarcelonaTECH وابسته به دانشگاه پلی تکنیک کاتالونیا (UPC) به یک نفر با عنوان شغلی
Researcher Position in DLP 3D Printing and Biomedical Applications
شرایط احراز و نحوه ارسال رزومه در لینک زیر:
https://euraxess.ec.europa.eu/jobs/316276
@comsol_shs

Introduction to Surrogate Modeling

Surrogate models are a simpler and more computationally efficient way to represent and approximate the results for full finite element models.

The Learning Center's Introduction to Surrogate Modeling course explains the principles behind surrogate models and guides you through detailed examples. This 8-part course touches on deep neural network, Gaussian process, and polynomial chaos expansion surrogate models. Learn more here: ➡️

https://www.comsol.com/support/learning-center/article/94521/261
@comsol_shs

🔬🧪🧲 🛠 Fun fact: It’s National Engineers Week in the U.S.! This week celebrates all of the contributions to society that engineers, technicians, and technologists make and emphasizes the importance of technical education.
@comsol_shs

Introduction to Uncertainty Quantification

The Uncertainty Quantification Module allows users to perform uncertainty quantification (UQ) studies including:

1️⃣ Screening analysis
2️⃣ Sensitivity analysis
3️⃣ Uncertainty propagation
4️⃣ Reliability analysis

Learn how to run UQ studies with this open-access, tutorial-based intro course:
https://www.comsol.com/c/goc0

@comsol_shs