アプリケーションギャラリ

This tutorial model uses a heat sink geometry from the Part Library. The tutorial shows different approaches to heat transfer modeling when studying the cooling of an electronic chip. In the first part, only the solid parts are modeled, while the convective airflow is modeled using ... 詳細を見る

This is a tutorial of a slot die coating process in 3D where the channel is obstructed. The example uses a two-phase flow phase-field method with a non-Newtonian power-law fluid. The effects on the film thickness of the channel obstruction can clearly be seen. 詳細を見る

このチュートリアルでは, 3つのフィジックスインターフェースを連成して蒸発冷却をモデル化する方法を説明します. 考慮する必要がある効果は, 熱伝達, 水蒸気の輸送, および流体の流れです. 湿潤表面機能は, 水蒸気のソース項を実装し, 蒸発熱源を計算するために使用されます. 湿潤空気機能は, 水分に依存する熱力学的特性を正確に定義するために使用されます. 詳細を見る

This example models flow in a microchannel heat exchanger by coupling a Laminar Flow interface in 3D to a Pipe Flow interface. By the use of the Pipe Flow interface to model the flow in the microchannels the problem size is significantly reduced. This model showcases the Pipe Connection ... 詳細を見る

Double-pipe heat exchangers, with their typical U-turn shape, are one of the simplest and cheapest type of heat exchangers used in the chemical process industry. This example studies the cooling of hot oil (130°C) by a cool oil (60°C) entering in counter-current. As the oils flow ... 詳細を見る

Thermoelectric elements are often used to cool or heat electronic components to a desired temperature. In such simulations, you are typically not interested in the behavior of the thermoelectric element itself but want to use its performance characteristics to model the overall response ... 詳細を見る

This example models an oil reservoir with two horizontal wells. The reservoir contains two phases, water and oil. Oil is recovered by injecting water through the bottom well, so the oil production rate and the water-oil production ratio over time are computed. 詳細を見る

This example demonstrates how to model phase transition by a moving boundary interface according to the Stefan problem. A square cavity containing both solid and liquid tin is submitted to a temperature difference between left and right boundaries. Fluid and solid parts are solved in ... 詳細を見る

この非従来型の多孔質媒体流れモデルは, 多孔質媒体の隙間におけるクリープ (ストークス) 流を利用します. このモデルは, カリフォルニア大学サンタバーバラ校の Arturo Keller 氏, Maria Auset 氏, Sanya Sirivithayapakorn 氏が行った細孔スケールの流れ実験に基づいています. モデルに使用されている形状は, 走査型電子顕微鏡画像から作成されました. この例では, Keller 氏, Auset 氏, Sirivithayapakorn 氏による 2D マイクロ媒体画像の1つを使用し, ... 詳細を見る

この例では, ラージエディシミュレーション (LES) を使用して, 時速 180 km で走行するスポーツカーの周りの乱流をシミュレートします. 詳細を見る