Master Heat Transfer & Thermal-Stress Analysis in Abaqus – 23 Industrial Workshops

Hello everyone and uh welcome to Abacus FEM.

Uh if you're looking um to master heat transfer and thermal stress analysis in Abacus then you've come to the right place. In

this video, I'd like to introduce one of the most comprehensive ABAS training package packages available carefully designed for engineers, researcher,

graduate students and simulation professionals who want to solve real engineering problems not just for basic software theory.

Heat transfer uh is one of the most important topics in engineering simulation. Almost every

engineering simulation. Almost every engineering system is affected by temperature. Whether you're working on

temperature. Whether you're working on an automative engine, a welded structure, a manufacturing process, a steel building exposed to fire, or even

a high speed impact problem. Temperature

has a significant influence on a structure behavior, material properties, deformation, and failure.

To accurately predict this phenomena, engineers uh need to understand the three fundament fundamental uh modes of heat transfer. Conduction, convection

heat transfer. Conduction, convection and radiation.

Conduction describe heat flow through solid material. Convection represent

solid material. Convection represent heat exchange between a solid surface and a throating fluid such as air or water. Radiation transfer. Radiation

water. Radiation transfer. Radiation

transfers heat through electromagnetic waves and become especially important in high temperature application

uh like combustion system and fire engineering. Amacus provide powerful

engineering. Amacus provide powerful capability for modeling all of the transfer mechanism both individually and sim uh simultaneously.

It also allows engineer to perform fully copper thermomechanical analysis where temperature affected the structure deformation as stress distribution and material

behavior. That's exactly what this

behavior. That's exactly what this training package is designed to teach.

This package include uh or contains 23 detailed workshops age based on the practical engineering

application. You can see here the title

application. You can see here the title of H workshop. You simulate a conductive convective and radiation heat transfer

to understand how this mechan uh mechanic uh mechanisms uh interact in the real engine component in the manual

fold. Here you can three for engineer

fold. Here you can three for engineer working in civil and structural engineering. The package includes

engineering. The package includes several fire engineering project. You

learn how to analyze steel frame bolted connection still beams reinforced concrete beams all cores slabs timber structure and composite material under

fire condition using advanced thermal and coupled thermal stress analysis.

Uh if your interest lie in manufacturing uh uh you'll also find workshops covering uh uh machining, chip forming,

cold extrusion, cold spray and cold spray process and also many uh several other models.

Uh these welding projects demonstrate here. You

can see uh multiply numerical approach including the arbitrary oilian langian model ph method that giving get giving you practice uh giving you practical

experience with some of the most advanced technique available in a package also include two complete workshops of arc welding using difflux

sub routine where you learn how to plan moving heat source and predict temperature history residual stress and structural distortion. In addition, you

structural distortion. In addition, you explore thermal analysis uh of the ballastic impact and even investigate thermal mixing and

reverse flow characteristic using computational fluid dynamic or CFD in abacus. But this package is much more

in abacus. But this package is much more than a collection of the simulation example. Every workshop has been

example. Every workshop has been developed uh as a complete learning experience. After purchasing the

experience. After purchasing the package, you'll receive the complete appac CAE models, the corresponding

input file, detail stepbyep video uh user sub routting uh whenever applicable and reference research paper

whenever they are available. This means

uh you won't have to spend hour trying to recreate models from published paper or guess how a particular simulation was built. Everything is prepared for you

built. Everything is prepared for you allowing you to focus on understanding engineering concepts.

uh and one of and one feature that make this package different from many other online courses is it is emphasized at

the real engineering application.

Uh while working through these projects, you'll gain experience with realistic modeling strategies, temperature dependent material properties, thermal

conduct, boundary conditions, advanced matching technical and professional post-processing analysis. Whether you're a university

analysis. Whether you're a university student preparing your theta, the researcher validating numerical model or an engineer working industry, these are

skills that can immediately be applied to your own project.

And at the end uh here we have the payment method. Uh the price for the

payment method. Uh the price for the heat transfer thermal stress analysis package is €146.

We accept PayPal, Visa, Mastercard, and all the crypto currencies for the payment. Before payment, contact us

payment. Before payment, contact us through this email to tell you more about the package, the content, and everything that you need to know. for

now. Thank you for your attention.