183 N.Y. 1 | NY | 1905
The learned Appellate Division in its opinion delivered upon the second appeal in this action (
The evidence before the Appellate Division upon the former appeal was exactly the same as that in the record now before us, and we think it was properly held that the evidence would have warranted the jury in finding that there was a defect in the elbow which a careful inspection would have disclosed. In its opinion (
An examination of the record convinces us that the Appellate Division correctly decided that the evidence was conflicting on all the material facts involved. At the time of the accident the pipe of which the elbow was a part was subject to a pressure of 80 to 85 pounds of steam to the square inch. It is not disputed that the metal on the inside of the neck of the elbow at the point of fracture was spongy, although the claim is made that there was enough solid metal outside of this spongy portion to make the casting safe.
Viola, an expert called as a witness on behalf of plaintiff, was shown the broken elbow upon the trial, and was asked to state whether he observed any defects in it. He answered: "Yes, the lower part of this elbow is defective. Some part of this casting is spongy. * * * The outer side is a sound casting, perfectly sound, and the only defect is in the lower middle piece, the lower joint of the casting. That I say is spongy." He then testified that the defect that "I have observed * * * in the broken part of this elbow could have been discovered by the use of the hammer test." The hammer test consists of tapping the outside of the casting with a hammer, and the sound indicates the condition of the metal. This was assumed by both parties to be a proper method of testing the casting. In answer to a hypothetical question put to Viola in which the facts surrounding the bursting of the elbow were set forth, he stated his opinion as to the cause of the bursting as follows: "It could only be a defect of the elbow." In answer to a question by the court as to what defect he meant, he stated: "The spongy part, which cannot stand the same pressure as the sound part." Upon cross-examination by the defendant's counsel he testified: "In all castings sponginess on the interior can happen, but not always. I know that this metal is cast in a mold with sand, *6 and that the part around the sand cools first and forms a shell there, and the inside cools later. When the inside of the iron cools it contracts somewhat, and the inside contracting is likely to draw away a little from the outside shell at times."
Moldenke, another expert called on behalf of plaintiff, also pointed out this spongy condition as a defect, and stated that in his opinion this defect was the cause of the bursting. He further stated that "under the circumstances a ten-pound pressure was sufficient to break this elbow in the condition that I find it here." Upon cross-examination he testified: "In casting iron in any form whatsoever there are always chances that there will be some blow holes or sand holes, or something of that kind, in the castings, and that happens, to some extent, in all castings, and it should be carefully watched so that it should not happen. It has to be watched to some extent, not in almost all castings. It only happens when the iron is not of the right quality or the mold is not right, or some cause that can be avoided with proper management. In casting a solid piece of metal the outside of that metal cools first, and that forms a hard shell, and the inside cools a little later usually, and that contracts somewhat, and that would have the effect of making a slight spongy appearance upon the inside at times if it were left to do so. That is not the practical result which we find very frequently in casting if it is handled right. If the casting is fed properly the liquid interior is re-fed or replenished, so that it sets just as sound as the outside. That is one of the causes of the spongy appearance. I have had occasion to break open any number of castings of this particular form and shape, and I know, as matter of fact, that where a casting is made in the form of an elbow like this, and the iron is molded into this particular shape, that a slight sponginess frequently appears in this particular portion of the casting." Upon redirect examination he was asked how he arrived at the conclusion as to what pressure would break open a spongy elbow, and he replied: "The reason goes into the constitution of the iron. We have here a spongy portion of the iron. We know that when *7 pressure is applied to a piece of cast iron of this nature, that the pressure will get between the crystals and separate them one by one quietly; then we have a weak spot here and perhaps a pressure of ten pounds to the square inch may be sufficient to separate the crystals. Naturally, cracks form, and then steam escapes, and it breaks a hundred times easier than a sound one would. * * * In other words, there may be something acting — my experience shows that there is something acting on the spongy part, which makes it absolutely weak in that spot. It may take years to show it, or it may take half an hour. But when it is finally through the steam escapes, then you have an opening and it is only a matter of time when it bursts. That is my opinion, as far as I know. So the question of pounds to the square inch does not cut a figure in this thing at all."
This evidence on the part of the plaintiff is supplemented by the testimony of the defendant's witness Johnson, who was a machinist in the employ of the defendant, and was called by it as a witness. He testified that it was part of his duties to test castings with a hammer. Upon cross-examination by plaintiff's counsel, he stated: "The narrow part of plaintiff's Exhibit C (the elbow in question) at one end is spongy. It is a weak spot. I consider that a weak spot."
It is unnecessary to go at length into the testimony adduced on behalf of the defendant, for it is apparent that the evidence on behalf of the plaintiff above referred to was sufficient to create an issue of fact upon the vital question whether there was a defect in the elbow which a reasonably careful inspection would have disclosed. It is sufficient to say that the evidence of the defendant's employees and experts tended to show that the elbow in question had been examined by means of the hammer test; that the defect was not discoverable by means of that test; that the casting was considerably heavier than those which were then ordinarily used for the same purpose; that there was a sufficient thickness of solid iron outside of this spongy portion to make the elbow safe, *8 and that the iron of which it was made was of sufficient strength to withstand a pressure of at least 1,500 pounds to the square inch. The credibility of these witnesses and the weight of their testimony were, of course, matters for the consideration of the jury in the light of the testimony of plaintiff's experts, Viola and Moldenke, to the effect that the amount of pressure a casting may stand for a given time is not necessarily an indication of its actual condition, since a spongy spot may yield to pressure quite suddenly or disintegrate by degrees.
In disposing of this case it is to be borne in mind that this is a directed verdict, and the appellant is not only entitled to the most favorable inferences deducible from the evidence, but all the disputed facts are to be treated as established in her favor. (Higgins v. Eagleton,
The judgment of the Appellate Division and that of the trial court should be reversed and a new trial granted, with costs to abide the event.
CULLEN, Ch. J., GRAY, BARTLETT, HAIGHT and VANN, JJ., concur; O'BRIEN, J., absent.
Judgment reversed. *9