Slate v. Bethlehem Steel Corp.

496 N.E.2d 449, 22 Mass. App. Ct. 641, 1986 Mass. App. LEXIS 1763
CourtMassachusetts Appeals Court
DecidedAugust 13, 1986
StatusPublished
Cited by6 cases

This text of 496 N.E.2d 449 (Slate v. Bethlehem Steel Corp.) is published on Counsel Stack Legal Research, covering Massachusetts Appeals Court primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Slate v. Bethlehem Steel Corp., 496 N.E.2d 449, 22 Mass. App. Ct. 641, 1986 Mass. App. LEXIS 1763 (Mass. Ct. App. 1986).

Opinion

Perretta, J.

On October 26, 1978, John Slate was seriously injured in the course of his employment with the defendant Aero Manufacturing Corporation (Aero) while operating a machine that recently had been repaired by the defendant Bethlehem Steel Corporation (Bethlehem). He brought an action against Bethlehem in negligence based on two theories: (1) that Bethlehem had repaired the machine negligently, and (2) that Bethlehem had failed to warn of the dangerous character of the machine. Catherine Slate brought actions against Bethlehem and Aero, alleging a loss of consortium. In response to special questions, the jury found that Bethlehem and Aero had been negligent and that their negligence had caused John Slate’s injuries and Catherine Slate’s loss of consortium. On Bethlehem’s appeal, we conclude that there was insufficient evidence upon which the jury could have found that Bethlehem had been negligent by reason of failing to warn about the dangerous character of the machine. Because we do not know upon which of the two theories of liability Bethlehem was found to have been negligent, we reverse the judgments as to Bethlehem. Finding no error in the proceedings as to Aero, we affirm that judgment.

1. The Facts.

Aero specializes in the manufacturing of jet engine components which are made from high-strength metals resistant to oxidation and corrosion. Sometime in the mid-1960’s, Aero’s *643 president, Michael Fonzo, became acquainted with Everett Conrad Alexander, an engineer by training with vast experience in metallurgy, metal working, and metal fabrication. As described by Fonzo, Alexander’s “expertise followed him through nuclear applications, aerospace applications, and anything . . . that had to do with metals.” He was an expert in all phases of the design and production of metal parts and machinery to shape metal. In superlative terms, Alexander was a “genius when it comes to metalworking.”

In April of 1977, Alexander became a “technical consultant” to Aero. He was paid $600 a week as a “retainer” so that Aero could turn to him for help with any processes with which they were having problems. Alexander had an office on Aero’s premises. A year later Alexander became a sales representative for Aero, and he was paid $700 a week as an advance on a five percent commission he would receive on all sales generated by him. In addition to securing contracts for parts needed in the aerospace industry, Alexander was to design and develop any equipment necessary for the manufacture of those parts.

Sometime in early 1978, Alexander secured for Aero a contract to design and fabricate a metal part for aircraft engines. The metal to be used was of such high strength that conventional presses and stamp dies were inadequate to form the metal into the required parts.

To meet this problem, Alexander conceived and designed an isostatic press 2 which consisted of a steel cylinder and a steel rod for insertion in the cylinder. The rod would have a slot or chamber in which the metal could be formed. The cylinder and rod were manufactured to Alexander’s specifications by a forging and casting company located in Michigan, and delivered to Aero in June, 1978. The rod and cylinder, along with other necessary parts, were assembled at Aero by its personnel under Alexander’s supervision.

*644 Among Aero’s employees working on the press was John Slate, Aero’s general foreman. Slate was a machinist and expert metal worker with thirty-seven years’ experience. In late 1977, he had been directed by Fonzo to give Alexander any assistance he might request on any Aero projects. Shortly after the components of the isostatic press had been delivered to Aero, Alexander familiarized Slate with the basic principles of the press and what it was intended to do. Slate knew that Alexander needed and wanted the machine to generate 60,000 to 65,000 pounds of pressure per square inch to emboss the airplane engine parts.

After the press parts had been assembled and while it was being tested, a seal at one end of the rod gave way under 40,000 pounds of pressure per square inch. The seal extruded into the space between the rod and the cylinder, causing the rod to jam. Alexander and Slate could not dislodge the rod.

Alexander knew that Bethlehem’s machine shop in East Boston had a horizontal press that could move the rod from the cylinder. On September 28, 1978, the rod and cylinder were delivered to Bethlehem and pressed apart. The next day Alexander went to the machine shop and spoke with the foreman, Raymond Johnson. He asked Johnson to enlarge the grooves on the rod to accommodate larger seals, and to drill a hole eighteen inches deep in one end of the rod, leaving six inches of steel between the hole and the chamber. Alexander testified 3 that he drew a sketch, which he left with Johnson, showing how he wanted the hole to be drilled. 4

When Alexander returned to the machine shop several days later, he discovered that the hole had been drilled all the way into the chamber rather than stopping six inches short of it as *645 he had requested. He became upset and spoke with Johnson about the need to close the hole and correct the mistake. He then had Bethlehem “drill some holes so we could bolt a plug into it.” Alexander further stated that he was present when Bethlehem drilled the “bolt circle,” that the work conformed to his request, and that the rod and cylinder then were returned to Aero.

At Aero, a cap to fit in the bolt circle was made and bolted to the rod, all under Alexander’s supervision. Slate saw the cap while it was being made and he knew of its intended purpose. He was also aware of the fact that Bethlehem had drilled the hole improperly in the first instance (at least in Alexander’s view) thereby requiring these additional corrective measures. However, although Slate knew of the problem and Alexander’s proposed solution, Slate relied entirely upon Alexander’s skill and judgment in the matter.

After the cap had been attached to the rod, Alexander asked Slate, on October 26, 1978, to assist with a second test of the isostatic press. The rod was placed in the cylinder and pressure was brought up to 60,000 to 65,000 pounds per square inch and maintained at that level for about three to four minutes, when Slate noticed water dripping at the seam where the cap met the rod. As he called out to Alexander, a fine stream of water erupted from the seam, slicing Slate’s face and right arm and hand.

Subsequent inspection of the isostatic press revealed that the leak had been caused by the failure of the seal on the end of the plug attached to the cap.

2. Bethlehem’s Appeal.

a. The duty to warn. By way of motions for a directed verdict, a judgment notwithstanding the verdict, and a new trial (see Mass.R.Civ.P. 50[a] and [b], and 59[a], 365 Mass.

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Bluebook (online)
496 N.E.2d 449, 22 Mass. App. Ct. 641, 1986 Mass. App. LEXIS 1763, Counsel Stack Legal Research, https://law.counselstack.com/opinion/slate-v-bethlehem-steel-corp-massappct-1986.