QuestionJune 14, 2025

Which of the following can cause tube rupture due to thermal shock? A Improper alignment of the inlet and outlet valves B Applying heat to the exchanger without following the proper warm-up procedure C Attempting to place the exchanger in service with the bleed valves open D Opening a cold fluid to a hot heat exchanger

Which of the following can cause tube rupture due to thermal shock? A Improper alignment of the inlet and outlet valves B Applying heat to the exchanger without following the proper warm-up procedure C Attempting to place the exchanger in service with the bleed valves open D Opening a cold fluid to a hot heat exchanger
Which of the following can cause tube rupture due to thermal shock?
A Improper alignment of the inlet and outlet valves
B Applying heat to the exchanger without following the proper warm-up procedure
C Attempting to place the exchanger in service with the bleed valves open
D Opening a cold fluid to a hot heat exchanger

Solution
4.7(300 votes)

Answer

B Applying heat to the exchanger without following the proper warm-up procedure ### D Opening a cold fluid to a hot heat exchanger Explanation 1. Identify Thermal Shock Causes Thermal shock occurs when a sudden temperature change causes stress in materials, potentially leading to rupture. 2. Analyze Options A. Improper alignment of valves affects flow but not directly thermal shock. B. Applying heat without proper warm-up can cause rapid temperature changes, leading to thermal shock. C. Bleed valves affect pressure, not directly related to thermal shock. D. Introducing cold fluid into a hot exchanger causes rapid temperature change, leading to thermal shock.

Explanation

1. Identify Thermal Shock Causes<br /> Thermal shock occurs when a sudden temperature change causes stress in materials, potentially leading to rupture.<br /><br />2. Analyze Options<br /> A. Improper alignment of valves affects flow but not directly thermal shock.<br /> B. Applying heat without proper warm-up can cause rapid temperature changes, leading to thermal shock.<br /> C. Bleed valves affect pressure, not directly related to thermal shock.<br /> D. Introducing cold fluid into a hot exchanger causes rapid temperature change, leading to thermal shock.
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