temperature stress analysisとは 意味・読み方・使い方

To provide a welding residual stress analysis method which reduces errors caused by modeling performed when temperature distributions and changes in temperature of a welded part necessary for welding residual stress analysis are found by two-dimensional heat-transfer analysis, and finds a welding residual stress with high precision by heat elastoplasticity analysis.例文帳に追加

溶接残留応力解析に必要な溶接部の温度分布および温度変化を、２次元伝熱解析により求める際のモデル化に伴う誤差を低減させ、熱弾塑性解析により高精度で溶接残留応力を求めることが可能な溶接残留応力解析方法である。 - 特許庁

A stress analysis part 11 analyzes stress based on the residual stress and temperature distribution, and a temperature-dependent Young's modulus, and calculates the amount of deformation of the resin molded product in mold opening.例文帳に追加

応力解析部１１は、残留応力および温度分布、ならびに温度依存性ヤング率に基づいて応力解析を行い、型開き時の樹脂成形品の変形量を計算する。 - 特許庁

EVALUATION METHOD FOR CREEP LIFETIME OF HIGH-TEMPERATURE MEMBER DUE TO INVERSE ANALYSIS TAKING INTO CONSIDERATION STRESS RELAXATION例文帳に追加

応力緩和を考慮した逆解析による高温部材のクリープ余寿命の評価方法 - 特許庁

Generally, tensile stress generated in the concrete of the rising part of the RC structure becomes largest in a range near the construction joint surface from the result of three-dimensional temperature stress analysis.例文帳に追加

一般に、ＲＣ構造物の立ち上り部のコンクリートに発生する引張応力は、三次元温度応力解析の結果から、打継面の近傍の範囲が最も大きくなる。 - 特許庁

A thermal stress analysis part 16 calculates the final amount of deformation when the resin molded product is cooled to a predetermined temperature based on the temperature distribution converted by a heat transfer analysis part 13, and a linear expansion coefficient at a temperature lower than or equal to a glass transition temperature Tg and a linear expansion coefficient at a temperature higher than or equal to the glass transition temperature Tg converted from the linear expansion coefficient.例文帳に追加

熱応力解析部１６は、伝熱解析部１３によって変換された温度分布、ならびにガラス転移温度Ｔｇ以下の温度での線膨張係数およびその線膨張係数から変換されたガラス転移温度Ｔｇ以上の温度での線膨張係数に基づいて、樹脂成形品が所定温度まで冷却されるときの最終的な変形量を計算する。 - 特許庁

To provide a lifetime evaluation device of a high temperature apparatus and a lifetime evaluation method of the high temperature apparatus capable of performing highly accurate lifetime evaluation by measuring a temperature of a prescribed portion of an actual machine, and by performing damage evaluation based on results of thermal conduction analysis and thermal stress analysis using the measured temperature.例文帳に追加

実機における所定部分の温度を実測し、その実測された温度を用いた熱伝導解析および熱応力解析の結果に基づいて損傷評価を行い、高精度な寿命評価を行うことができる高温機器の寿命評価装置および高温機器の寿命評価方法を提供することを目的とする。 - 特許庁

After completion of the welding for the k-th welding pass, residual stress is evaluated corresponding to the measured temperature using thermal elastoplasticity analysis relative to the analytical model, with an estimated residual stress obtained; and then, by making welding conditions variable in accordance with the estimated residual stress, variable welding conditions are set.例文帳に追加

第ｋの溶接パスについて溶接が終了した後、解析モデルについて熱弾塑性解析を用いて計測温度に応じて残留応力を評価して、推定残留応力を得、推定残留応力に応じて溶接条件を変更して変更溶接条件とする。 - 特許庁